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2720 Cards in this Set
- Front
- Back
Which type of lever occurs when two forces are applied on either side of an axis? |
First Class |
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What type of lever is the triceps at the elbow? |
First Class |
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Which type of lever occurs when two forces are applied on one side of an axis, with the resistance between the force and axis? |
Second Class |
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What is one example of a second class lever in the human body? |
Toe Raises |
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What type of lever occurs when the effort force lies closer to the axis than the resistance force? |
Third Class |
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What is the most common type of lever in the human body? |
Third Class |
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What are the three types of motion that can occur at a joint? |
Roll Glide Spin |
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Concave-Convex Rule:
Distal Phalanx on Proximal Phalanx |
Concave on Convex |
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Concave-Convex Rule:
Proximal Phalanx on Metacarpal |
Concave on Convex |
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Concave-Convex Rule:
Distal Radius on Distal Ulna |
Concave on Convex |
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Concave-Convex Rule:
Proximal Radius on Proximal Ulna |
Convex on Concave |
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Concave-Convex Rule:
Radius on Humerus |
Concave on Convex |
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Concave-Convex Rule:
Ulna on Humerus |
Concave on Convex |
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Concave-Convex Rule:
Humerus on Glenoid |
Convex on Concave |
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Concave-Convex Rule:
Clavicle on Sternum (Elevation/Depression) |
Convex on Concave |
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Concave-Convex Rule:
Clavicle on Sternum (Protraction/Retraction) |
Concave on Convex |
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Concave-Convex Rule:
Scapula on Clavicle |
Concave on Convex |
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Concave-Convex Rule:
Distal Phalanx on Proximal Phalanx |
Concave on Convex |
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Concave-Convex Rule:
Proximal Phalanx on Metatarsal |
Concave on Convex |
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Concave-Convex Rule:
Navicular / Cuneiform on Subtalar |
Concave on Convex |
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Concave-Convex Rule:
Cuboid / Calcaneus on Subtalar (Inversion/Eversion) |
Convex on Concave |
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Concave-Convex Rule:
Talus on Tibia |
Convex on Concave |
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Concave-Convex Rule:
Fibular Head on Tibia |
Concave on Convex |
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Concave-Convex Rule:
Tibia on Femur |
Concave on Convex |
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Concave-Convex Rule:
Femur on Pelvis |
Convex on Concave |
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Concave-Convex Rule:
Mandible on skull |
Convex on Concave |
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Open Pack Position: Vertebral |
Midway between Flexion and Extension |
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Closed Pack Position: Vertebral |
Full Extension |
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Open Pack Position: TMJ |
Jaw slightly open |
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Close Pack Position: TMJ |
Maximal Retrusion |
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Open Pack Position: Sternoclavicular |
Arm resting by side |
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Close Pack Position: Sternoclavicular |
Arm Maximally Elevated |
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Open Packed Position: Acromioclavicular |
Arm resting by side |
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Close Packed Position: Acromioclavicular |
Arm abducted 90 degrees |
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Open Packed Position: Glenohumeral |
55-70 abduction, 30 horizontal adduction, neutral rotation |
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Closed Pack Position: Glenohumeral |
Maximum abduction and external rotation |
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Open Pack Position: Humeroulnar |
70 flexion and 10 supination |
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Closed Pack Position: Humeroulnar |
Full extension and supination |
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Open Pack Position: Humeroradial |
Full extension and supination |
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Closed Pack Position: Humeroradial |
90 Flexion and 5 supination |
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Open Pack Position: Proximal Radio-Ulnar |
70 flexion and 35 supination |
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Closed pack position: Proximal Radioulnar |
5 supination and full extension |
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Open Pack position: Distal radioulnar |
10 supination |
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Closed Pack position: distal radioulnar |
5 supination |
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Open Pack Position: Radioulnocarpal |
Neutral w/ slight ulnar deviation |
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Closed pack position: Radioulnarcarpal |
Full extension w/ radial deviation |
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Open Pack position: Midcarpal |
Neutral with slight flexion and ulnar deviation |
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Closed pack position: Midcarpal |
Full extension |
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open pack position: carpometacarpal |
Neutral w/ slight flexion and ulnar deviation |
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Closed pack position: carpometacarpal |
Full opposition |
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Open Pack Position: Trapeziometacarpal |
Midway between flexion/extension, mid flexion, and mid extension |
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Closed pack position: Trapeziometacarpal |
Full Opposition |
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Open pack position: Metacarpophalangeal |
slight flexion |
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Closed pack position: Metacarpophalangeal |
Full extension |
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Open pack position: Interphalangeal |
10 flexion |
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Closed pack position: Interphalangeal |
Full Extension |
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Open pack position: Hip |
30 flexion, 30 abduction, slight ER |
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Closed Pack position: Hip |
full extension, full abduction, full internal rotation |
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Open Pack position: Knee |
25 flexion |
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Closed pack position: Knee |
Full extension and ER |
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Open pack position: talocrural |
Mid inversion/eversion and 10 plantarflexion |
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Closed pack position: talocrural |
full dorsiflexion |
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Open pack position: Subtalar |
Midway between extremes in ROM and 10 plantarflexion |
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Closed pack position: Subtalar |
Full inversion |
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Open pack position: Midtarsal |
Midway between extremes in ROM and 10 plantarflexion |
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Closed pack position: Midtarsal |
Full supination |
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Open pack position: tarsometatarsal |
midway between pronation and supination |
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Closed pack position: tarsometatarsal |
full supination |
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Open pack position: metatarsophalangeal |
Neutral |
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Closed pack position: metatarsophalangeal |
full extension |
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Open pack position: interphalangeal |
slight flexion |
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Closed pack position: interphalangeal |
full extension |
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Capsular Pattern: TMJ |
Limited mouth opening |
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Capsular Pattern: OA Joint |
Forward flexion > Extension |
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Capsular Pattern: AA Joint |
Rotation |
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Capsular Pattern: Lower Cervical Spine |
SB and Rot > Extension > Flexion |
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Capsular Pattern: Glenohumeral |
ER > Abd > IR |
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Capsular Pattern: Sternoclavicular |
Elevation |
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Capsular Pattern: Acromioclavicular |
Elevation |
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Capsular Pattern: Humeroulnar |
Flexion > Extension |
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Capsular Pattern: Humeroradial |
Flexion > Extension |
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Capsular Pattern: Proximal Radioulnar |
Pronation = supination |
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Capsular Pattern: Distal Radioulnar |
Pronation = Supination |
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Capsular Pattern: Wrist |
Flexion = Extension |
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Capsular Pattern: Midcarpal |
Equal in all planes |
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Capsular Pattern: Trapeziometacarpal |
Adduction > Extension |
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Capsular Pattern: Carpometacarpals |
Equal in all planes |
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Capsular Pattern: Upper Extremity Digits |
Flexion > Extension |
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Capsular Pattern: Thoracic Spine |
Flexion > Extension |
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Capsular Pattern: Lumbar Spine |
Side Bending = Rotation > Extension > Flexion |
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Capsular Pattern: Sacroiliac, Symphisis pubis, sacrococcygeal |
Pain when joints are stressed |
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Capsular Pattern: Hip |
Flexion and IR > Abd > Add and ER |
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Capsular Pattern: Knee |
Flexion > Extension |
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Capsular Pattern: Tibiofibular |
Pain when joint is stressed |
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Capsular Pattern: Talocrural |
Plantarflexion > Dorsiflexion |
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Capsular Pattern: Subtalar |
Inverstion > Eversion |
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Capsular Pattern: Midtarsal |
Supination > Pronation |
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Capsular Pattern: Metatarsophalangeal |
Extension > Flexion |
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Capsular Pattern: Interphalangeal |
Extension Restrictions |
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What are the 7 grades of movement? |
0 - Ankylosing 1 - Considerable hypomobility 2 - Slight hypomobility 3 - Normal 4 - Slight hypermobility 5 - Considerable hypermobility 6 - Unstable |
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What is a common muscle substitute for weakened shoulder abductors? |
Use of scapular stabilizers |
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What is a common muscle substitute for weakened hip abductors? |
Lateral trunk muscles or TFL |
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What is a common muscle substitute for weakened finger flexors? |
Use of passive finger flexion by contraction of wrist extensors |
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What is a common muscle substitute for weakened pectoralis major? |
Use of long head of biceps, corachobrachialis and anterior deltoid |
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Which muscle is responsible for neck flexion? |
Sternocleidomastoid and other deep neck flexors |
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Which muscle is responsible for neck extension? |
Trapezius |
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Which muscle is responsible for neck rotation? |
Sternocleidomastoid |
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Which muscle is responsible for neck side bending? |
Trapezius |
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Which muscle is responsible for shoulder shrug and scapular upward rotation? |
Upper trapezius |
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Which muscle is responsible for Shoulder horizontal adduction? |
Pec major and pec minor |
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What muscle is responsible for Scapular downward rotation? |
Pectoralis minor |
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What muscle is responsible for Shoulder protraction and scapular upward rotation? |
Serratus Anterior |
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Which muscle is responsible for scapular elevation and scapular downward rotation? |
Levator Scapula |
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Which muscle is responsible for scapular adduction, scapular elevation and scapular downward rotation? |
Rhomboids |
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Which muscle is responsible for shoulder abduction? |
Supraspinatus |
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Which muscle is responsible for shoulder external rotation? |
Infrapinatus and teres minor |
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Which muscle is responsible for shoulder internal rotation and shoulder adduction? |
Latissimus dorsi, teres major and subscapularis |
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Which muscle is responsible for shoulder abduction, flexion and extension? |
deltoid |
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Which muscle is responsible for elbow flexion and forearm supination? |
Biceps Brachii |
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Which muscle is responsible for shoulder flexion and adduction? |
coracobrachialis |
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Which muscle is responsible for elbow flexion? |
Brachialis, brachioradialis |
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Which muscle is responsible for 4th and 5th digit DIP flexion? |
Flexor digitorum |
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Which muscle is responsible for wrist ulnar deviation? |
Flexor carpi ulnaris |
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Which muscle is responsible for thumb adduction? |
Adductor Pollicis |
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Which muscle is responsible for 5th digit abduction? |
abductor digiti minimi |
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Which muscle is responsible for 5th digit opposition? |
Opponens digiti minimi |
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Which muscle is responsible for 5th digit MCP flexion? |
Flexor digiti quinti |
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Which muscle is responsible for 2nd - 5th digit MCP flexion adduction and abduction? |
Interossei |
|
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Pronator teres and pronator quadratus |
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Which muscle is responsible for wrist radial deviation? |
Flexor carpi radialis |
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Which muscle is responsible for wrist flexion? |
Palmaris longus |
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Which muscle is responsible for 2nd - 5th digit PIP flexion? |
Flexor digitorum sublimis |
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Which muscle is responsible for Thumb IP flexion? |
Flexor Pollicis Longus |
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Which muscle is responsible for 2nd - 3rd digit DIP flexion? |
Flexor digitorum |
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Which muscle is responsible for thumb abduction? |
Abductor pollicis brevis |
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Which muscle is responsible for thumb MCP flexion? |
Flexor pollicis brevis |
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Which muscle is responsible for thumb opposition? |
Opponens pollicis |
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Which muscle is responsible for 2nd - 5th digit MCP flexion, IP extension? |
Lumbricals |
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Which muscle is responsible for elbow extension? |
Triceps brachii, anconeus |
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Which muscle is responsible for wrist radial extension? |
Extensor carpi radialis |
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Which muscle is responsible for 2nd - 5th digit MCP, and IP extension? |
Extensor digitorum communis, extensor digiti quinti proprius |
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Which muscle is responsible for wrist ulnar extension? |
Extensor carpi ulnaris |
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Which muscle is responsible for forearm supination? |
Supinator |
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What is a common muscle substitute with hip extensor weakness |
Use of lower back extensors, adductor magnus and quadratus lumborum |
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What is a common muscle substitute with hip flexor weakness? |
Use of lower abs, lower obliques, hip adductors and latissimus dorsi |
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How much is the humeral head retroverted? |
20-30 degrees |
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What is the angle of the head to the anatomical neck of the humerus? |
135 degrees |
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Which ribs does the scapula sit over? |
2-7 |
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Which way does the glenoid fossa face? |
anterior, lateral, superior |
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The pear shape of the glenoid fossa allows for what more free movement in which directions? |
Abduction and Flexion |
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Angle of the glenoid fossa causes true abduction to be in which plane? |
30 degrees anterior to the frontal plane |
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Which bone connects the shoulder complex to the axial skeleton? |
Clavicle |
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Which structures does the shoulder capsule attach to medially? |
glenoid margin, glenoid labrum and coracoid process |
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Which structures does the shoulder capsule attach to laterally? |
humeral anatomical neck, and down shaft approx 1 cm. |
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Which structures help to support the shoulder capsule? |
Tendons of supraspinatus, infraspinatus, teres minor, subscapularis and long head of triceps. |
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Which part of the shoulder capsule is most lax? |
Inferior |
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What are the attachments of the coracohumeral ligament? |
base of coracoid process to greater and lesser tubercle of humerus |
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What is the primary function of the coracohumeral ligament? |
Reinforce biceps tendon, superior capsule and prevent caudal dislocation of humerus. |
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When is the coracohumeral ligament taut? |
External Rotation |
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Where does the coracoacromial ligament attach? |
Coracoid process to acromion |
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How many bands make up the glenohumeral ligament? |
3 (superior, middle, inferior) |
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Where is the glenohumeral ligament? |
located on the anterior glenohumeral joint |
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What is the function of the glenohumeral ligament? |
Reinforce anterior glenohumeral capsule |
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Where is the transverse humeral ligament? |
Passes over bicipital groove |
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What is the purpose of the transverse humeral ligament? |
Serve as a retinaculum for the long biceps tendon |
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Which structures are attached to the glenoid labrum? |
Capsule superiorly and inferiorly and biceps long tendon superiorly |
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What is the usual bursa involved with shoulder pathology? |
Subacromial bursa |
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What happens at approximately 75 degrees of flexion at the shoulder? |
ER occurs to keep the greater tubercle from compressing against the acromion |
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What is the ratio of glenohumeral to scapulothoracic movement in 180 degrees of abduction? |
2:1 |
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The first 30-60 degrees of shoulder flexion occurs in glenohumeral or scapulothoracic? |
glenohumeral |
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What are 4 things required to get full shoulder elevation? |
- Scapular stabilization - Inferior glide of the humerus - external rotation of the humerus - rotation of the clavicle at sternoclavicular joint - Scapular abduction and lateral rotation of AC joint - Straightening of thoracic kyphosis |
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Which part of the humerus articulates with the ulna at the elbow? |
Trochlea |
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Which part of the humerus articulates with the radius at the elbow? |
Capitulum |
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What part of the ulna does the radial head articulate with? |
Radial Notch |
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Which 2 structures are continuous with the elbow capsule? |
Radial collateral ligament and Ulnar collateral ligament |
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How many parts make up the Ulnar Collateral ligament? |
3 |
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Which structures is the Radial Collateral ligament attached to? |
Lateral epicondyle to the annular ligament |
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Which ligament is stronger, radial collateral or ulnar collateral? |
Radial Collateral |
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Where is the annular ligament attached? |
To the Ulna medially and surrounds the radial head |
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When is the annular ligament taut? |
extreme pronation and supination |
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Where does the quadrate ligament attach? |
From the radial notch to the neck of radius |
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What is the function of the quadrate ligament? |
Reinforces inferior joint capsule, maintains radial head in opposition to ulna and limits amount of spin in supination and pronation |
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What is the function of the anterior and posterior radioulnar ligament? |
Strengthen capsule |
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What 5 arteries supply blood to the elbow? |
- Brachial Artery - Anterior Ulnar Recurrent Artery - Posterior Ulnar Recurrent Artery - Radial Recurrent Artery - Middle Collateral Branch of the Deep Brachial Artery |
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Why is the radial collateral ligament not as strong as the ulnar collateral ligament? |
Functional activities place tensile forces medially and compressive forces laterally |
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Does the ulna pronate or supinate slightly in extension? |
pronates |
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Does the ulna pronate or supinate slightly in flexion? |
supinates |
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Does the proximal ulna glide medially or laterally during extension? |
Medially |
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Does the proximal ulna glide medially or laterally during flexion? |
Laterally |
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Where does the collateral ligaments of the fingers attach? |
Lateral condyle to distal phalanx and lateral volar plate |
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When are the fibers of the collateral ligaments of the fingers taut? |
All fibers = flexion Volar Fibers = Extension |
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Where does the accessory ligament attach in the fingers? |
Condylar head to volar plate |
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What is the function of the transverse ligament of the fingers? |
Provide stability linking MCP joints and reinforcing the anterior capsule |
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What is the function of the palmar ulnocarpal ligament? |
Limits extension and supination |
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What is the function of the palmar radiocarpal ligament? |
Limits extension and supination |
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What is the extensor hood of the finger? |
Fibrous mechanism on the dorsum of each finger that is a fibrous expansion of the extensor digitorum tendon |
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What is the function of the extensor hood of the finger? |
Assist with extension of the PIP and DIP joints |
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What are the volar plates of the finger? |
Thickening of the joint capsule found on the palmar aspect of the MCP, PIP and DIP joints. |
|
What is the function of the volar plates? |
Increase articular surface during extension and protect joint volarly. |
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What areas of the hand does the ulnar nerve innervate? |
Hypothenar region, fifth digit and medial half of fourth digit |
|
What areas of the hand does the median nerve innervate? |
Palmar surface not innervated by ulnar nerve, dorsal surface of second, third and lateral half of fourth digit from DIP to tip of finger. |
|
What areas of the hand does the radial nerve innervate? |
Dorsum of hand no innervated by ulnar or median nerve |
|
Which arteries merge to supply blood to the hand? |
Ulnar and Radial Arteries |
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When the Ulnar and Radial Arteries merge at the hand, what do they form? |
Palmar Arch |
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Which structure runs up each finger both medially and laterally to supply blood? |
Digital Branches of the Palmar Arch |
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How do the fingers help to enhance grip and opposition during finger flexion? |
They rotate radially |
|
Describe the femoral head |
A two thirds sphere with a depression at its center called the fovea capitis femoris |
|
Which direction is the femoral head oriented? |
Superiorly, anteriorly and medially |
|
What is the normal angle of inclination of the femoral head? |
115-125 degrees |
|
What is coxa valga? |
An angle of inclination of the femoral head greater than >125 degrees |
|
What is coxa vara? |
An angle of inclination of the femoral head less than 125 degrees |
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What is the normal anterior angle of the femoral head? |
10-15 degrees |
|
What is anteversion of the femoral head? |
If anterior angle is > 25-30 degrees |
|
What is retroversion of the femoral head? |
If anterior angle is < 10 degrees |
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Which direction does the acetabulum face? |
Laterally, Inferiorly and anteriorly |
|
What three bones make up the acetabulum? |
Ischium, Ilium and Pubis |
|
What is the acetabular fossa? |
The center of the acetabulum which is nonarticulating and filled with fat pad for shock absorption |
|
Where is articular cartilage found in the acetabulum? |
Everywhere except inferiorly, called the acetabular notch |
|
Where does the iliofemoral ligament attach? |
Medial band from AIIS to distal intertrochanteric line. Lateral band from AIIS proximal aspect of intertrochanteric line |
|
When are both bands of the iliofemoral ligament taut? |
Extension and External Rotation |
|
When is just the lateral band of the iliofemoral ligament taut? |
Adduction |
|
Where does the pubofemoral ligament attach? |
Iliopectineal eminence, superior rami of pubis, obturator crest and obturator membrane to the lateral capsule and into the distal intertrochanteric line |
|
When is the pubofemoral ligament taut? |
Extension, External Rotation, and abduction |
|
Where does the ischiofemoral ligament attach? |
Ischium and posterior acetabulum to greater trochanter |
|
Which muscle is responsible for hip flexion? |
Iliopsoas |
|
Which muscle is responsible for hip flexion, abduction and external rotation? |
Sartorius |
|
Which muscle is responsible for knee extension? |
Quadriceps Femoris |
|
Which muscle is responsible for hip adduction? |
Pectineus, adductor longus, adductor brevis and Gracilis |
|
Which muscle is responsible for hip abduction, flexion and internal rotation? |
Gluteus medius, gluteus minimus and Tensor fascia latae |
|
Which muscle is responsible for hip external rotation? |
Piriformis |
|
Which muscle is responsible for hip extension and external rotation? |
Gluteus Maximus, obturator internus, gemelli and quadratus femoris |
|
Which muscle is responsible for hip extension, knee flexion, and external rotation? |
Biceps femoris |
|
Which muscle is responsible for hip extension and knee flexion? |
Semitendinosus |
|
Which muscle is responsible for hip internal rotation? |
Semimembranosus |
|
Which muscle is responsible for ankle dorsiflexion? |
Tibialis Anterior |
|
Which muscle is responsible for 2nd-5th MTP extension? |
Extensor digitorum longus |
|
Which muscle is responsible for 1st MTP extension? |
Extensor Hallucis Longus |
|
Which muscle is responsible for foot eversion? |
Fibularis longus and fibularis brevis |
|
Which muscle is responsible for foot inversion? |
Tibialis posterior |
|
Which muscle is responsible for plantarflexion? |
Gastrocnemius and Soleus |
|
Which muscle is responsible for 2nd - 5th DIP flexion? |
Flexor digitorum longus |
|
Which muscle is responsible for 1st toe flexion? |
Flexor hallucis longus |
|
Which muscle is responsible for 2nd-5th toe PIP flexion? |
Flexor digitorum brevis |
|
Which muscle is responsible for great to MTP flexion? |
Flexor hallucis brevis |
|
Which muscle is responsible for toe adduction/abduction? |
Dorsal and plantar interossei |
|
Which muscle is responsible for pelvic floor control? |
Perineals and sphincters |
|
Which muscle is responsible for Thumb MCP abduction? |
Abductor pollicis longus |
|
Which muscle is responsible for Thumb extension? |
Extensor pollicis longus and extensor pollicis brevis |
|
Which muscle is responsible for 2nd digit extension? |
extensor indicis proprius |
|
When is the ischiofemoral ligament taut? |
Internal rotation, abduction and extension of the hip |
|
What is the Zona Orbicularis? |
Ligament that runs in a circular pattern around femoral neck |
|
What is the purpose of the Zona Orbicularis? |
Hold head of the femur in the acetabulum |
|
Where does the inguinal ligament attached to? |
ASIS to pubic tubercle |
|
What is the function of the inguinal ligament? |
Forms a tunnel for muscles, arteries, veins and nerves |
|
Where is the subtendinous iliac bursae located? |
Between hip and os pubis |
|
Where is the iliopectineal bursae located? |
Between the psoas major tendon and iliacus tendon. It lies close to the femoral nerve. |
|
Where is the ischiofemoral bursa located? |
Between the ischial tuberosity and gluteus maximus. |
|
Where can bursitis of the ischiofemoral bursa cause pain? |
In a sciatic distribution |
|
Where is the deep trochanteric bursa located? |
Between gluteus maximus and posterior lateral greater trochanter. |
|
What movements can impinge the deep trochanteric bursa? |
Hip flexion and internal rotation due to compression of gluteus maximus |
|
Where is the superficial trochanteric bursa located? |
Over the greater trochanter |
|
Which nerves innervate the hip joint? |
Femoral, Obturator, Sciatic and Superior Gluteal |
|
What arteries supply the proximal femur? |
Medial and Lateral Femoral Circumflex Arteries |
|
What arteries supply the femoral head? |
Small branch of Obturator artery |
|
What arteries supplly the acetabulum? |
Branches from superior and inferior gluteal arteries |
|
Which femoral condyle descends further inferiorly? |
Medial |
|
Which tibial condyle is larger and less mobile? |
Medial |
|
Where does the medial collateral ligament of the knee attach? |
Medial aspect of medial femoral condyle to upper end of tibia. |
|
What structure do the posterior fibers medial collateral ligament of the knee blend with? |
Capsule |
|
When is the Medical Collateral Ligament of the knee taut? |
Extension |
|
What is the function does the medial collateral ligament of the knee? |
Prevents External rotation of the knee and prevents against valgus forces. |
|
Where does the Lateral Collateral Ligament of the knee attach? |
Lateral femoral condyle to head of fibula. |
|
When is the Lateral Collateral Ligament of the knee taut? |
Extension |
|
What is the function of the Lateral Collateral Ligament of the knee? |
Prevents external rotation and protects against varus forces. |
|
Where does the Anterior Cruciate Ligament attach? |
Anterior intercondylar fossa of tibia to medial aspect of lateral condyle of femur. |
|
What is the function of the Anterior Cruciate Ligament? |
Prevents forward gliding of tibia on femur and limits internal rotation of tibia during flexion. |
|
Where does the Posterior Cruciate Ligament attach? |
Posterior intercondylar fossa of tibia and on lateral surface of femoral medial condyle.W |
|
What is the function of the Posterior Cruciate Ligament? |
Prevents posterior displacement of tibia on femur |
|
Where does the meniscofemoral ligament attach? |
It runs along the Posterior Cruciate Ligament |
|
Where does the Oblique Popliteal Ligament attach? |
Into the expansion from tendon of semimembranosus. |
|
What structures do the Oblique Popliteal Ligament help make? |
Floor of the popliteal fossa and capsule. |
|
Which artery does the Oblique Popliteal Ligament come in contact with? |
Popliteal Anterior Artery |
|
What is the function of the Oblique Popliteal Ligament? |
Strengthens posteromedial capsule |
|
Where does the Arcuate Popliteal Ligament attach? |
From the fibular head to the posterior border of intercondylar area of tibia (medial band) and to the lateral epicondyle of femur (lateral band). |
|
What is the function of the Arcuate Popliteal Ligament? |
Strengthens posterolateral capsule |
|
Where does the Transverse Ligament of the knee attach? |
Connects lateral and medial meniscus anteriorly |
|
Where does the meniscopatellar ligament attach? |
Inferolateral edges of patella to lateral border of each meniscus. |
|
What is the function of the meniscopatellar ligament? |
Pulls menisci forward with extension |
|
Where does the alar fold attach? |
Lateral borders of patella to medial and lateral aspects of femoral condyles |
|
What is the function of the alar fold? |
Keeps patella in contact with femur |
|
What is the function of the infrapatellar fold? |
Is a stop gap as it is compressed by patella tendon in full flexion |
|
What is the function of the Anterior tibiofibular ligament? |
Reinforce the capsule anteriorly |
|
What is the function of the Posterior tibiofibular ligament? |
Reinforce the capsule posteriorly |
|
Describe the medial meniscus |
Large, C shaped and fairly stable |
|
Which structures attach to the medial meniscus? |
MCL and fibrous capsule, semimembranosus and medial meniscopatellar ligament |
|
What structures attach to the lateral meniscus? |
popliteus muscle, lateral meniscopatellar ligament and meniscofemoral ligament |
|
What are the 6 functions of the menisci? |
- Deepens fossa of tibia - Increases congruency of tibia and femur - Provides stability to tibiofemoral joint - Provides shock absorption and lubrication to knee - Reduces friction during movement - Improves weight distribution |
|
Which directions do the menisci move with certain movements? |
Move with tibia in flexion/extension and with femoral condyles with internal/external rotation |
|
How much does each meniscus move total? |
Medial 6 mm, lateral 12 mm |
|
Which structures have influence on the movement of the medial meniscus? |
Semimembranosus and ACL pull posteriorly during flexion, medial meniscopatellar ligament pulls anteriorly during extension and MCL and fibrous capsule hold the meniscus firm. |
|
Which structures have influence on the movement of the lateral meniscus? |
Popliteus pulls posteriorly during flexion, lateral meniscopatellar ligament and meniscofemoral ligament pull anteriorly during extension |
|
Where is the prepatellar bursa located? |
between skin and anterior distal patella |
|
Where is the superficial infrapatellar bursa located? |
Anterior to ligamentum patella |
|
Where is the deep infrapatellar bursa located? |
Between posterior ligamentum patella and anterior tibial tuberosity |
|
Where is the suprapatellar bursa located? |
Between the patella and tibia femoral joint |
|
Where is the popliteal bursa located? |
Posterior knee often connected to synovial cavity |
|
Where is the semimembranosus bursa located? |
Between the semimembranosus muscle and the femoral condyle |
|
Where is the pes anserine bursa located? |
Between the pes anserine and the MCL |
|
What arteries supply blood to the knee? |
Descending branch and lateral circumflex femoral branch of the deep femoral artery. Genicular branches of the popliteal artery and recurrent branches of anterior tibial artery |
|
What nerves innervate the knee? |
Obturator, femoral, tibial and common fibular |
|
When does the "screw home" mechanism occur in the knee? |
During terminal knee extension |
|
What is the "screw home" mechanism? |
Closed chain femoral internal rotation or open chain tibial external rotation of 5 degrees |
|
Which muscle is responsible for "unlocking" the "screw home" mechanism? |
Popliteus |
|
What are the 5 causes of the "screw home" mechanism? |
- Lateral femoral condyle glides more freely on lateral convex face of tibia - Medial femoral condyle has longer articulate surface - Medial meniscus is attached to MCL which allows Lateral movement more - Twisted cruciate ligaments - Lateral angle of pull of quadriceps |
|
In which direction does the fibular head move during dorsiflexion? |
Superiorly, posteriorly and externally rotates |
|
In which direction does the fibular head move during plantarflexion? |
Inferiorly, anteriorly and internally rotates |
|
What 4 structures make up the ankle mortise? |
Distal end of tibia and its medial malleoulus, lateral malleolus of fibula, inferior transverse tibiofibular ligament and trochlear surface of talus |
|
What are the three articulations that make up the talocrural joint? |
- tibiofibular, tibiotalar and fibulotalar |
|
Describe the capsule of the talocrural joint. |
Strengthened by collateral, anterior and posterior ligaments. It is thin anteriorly and posteriorly and thickened laterally. |
|
Where does the plantar fascia attach? |
Medial Calcaneus to phalanges |
|
What creates a rigid lever for push off in the foot? |
Tightening of plantar fascia with flexion of MTP joints which causes supination of calcaneus and inversion of subtalar joint. |
|
What arteries supply blood to the ankle? |
Malleolar rami of Anterior tibial and fibular arteries. |
|
What nerves innervate the ankle? |
Deep fibular and tibial nerves |
|
What are the movements of the talus from plantarflexion to dorsiflexion? |
Rotates medially 30 degrees. |
|
Describe the movement of the calcaneus during open chain inversion. |
Adduction, Supination and plantarflexion |
|
Describe the movement of the navicular during open chain inversion. |
Adduction, external rotation |
|
What movement do the uncinate joints limit? |
Lateral cervical movement |
|
What is the Rules of 3 for thoracic spinous processes? |
T1 - T3: Spinous processes level with transverse process on same level T4 - T6: spinous processes one half level below transverse processes on same level T7 - T9: Spinous processes one full level below transverse proccesses T10 - Fulll level below T11 - One half level below T12 - Same level |
|
What structures make up the Apophyseal joints? |
The supreior and inferior articulatory processes of adjacent vertebrae. |
|
What type of fibers are intervertebral discs made of? |
Type II collagen and fibrocartilage |
|
What percent of intervertebral discs are made of water? |
65% |
|
Which part of the intervertebral disc is innervated by nerves? |
Outer one-third |
|
Which nerve innervates the intervertebral discs? |
Sinovertebral nerve |
|
What is the nucleus pulposus made up of? |
water, proteoglycans, a minimal amount of type I collagen and 70-90% water |
|
What percent of vertebral column height is made up of the nucleus pulposus? |
20-33% |
|
Which muscles are responsible for inspiration? |
Diaphragm, Levator costarum, External intercostals, anterior internal intercostals |
|
Which muscles are responsible for forced expiration? |
Internal obliques, transverse abdominus, external obliques, posterior internal intercostals, rectus abdominus |
|
Which muscles are responsible for spine extension? |
Erector spinae, transverospinalis, interspinales, toatores intertransversarii |
|
Which muscles are responsible for spine flexion? |
Rectus abdominus, external obliques, internal obliques and psoas minor |
|
Which muscles are responsible for Spine lateral flexion? |
Quadratus Lumborum |
|
Which muscles are responsible for spine rotation? |
Rotatores, internal obliques, external obliques, intertransversarii, transverseospinalis |
|
What is the function of the facet joints? |
Assist ligaments in providing limitation of motion and stability of the spine. |
|
What part of the spine are the facet joints strongest? |
Thoracolumbar and cervicothoracic |
|
Which nerve roots send sensory information to the spinal cord? |
Dorsal Roots |
|
Which nerve roots send motor inputs to the muscles? |
Ventral roots |
|
Which structures do the dorsal rami innervate? |
Structures on the posterior trunk |
|
Do cervical spine nerves exit above or below their associated vertebra? |
Above |
|
Do thoracic and lumbar spine nerves exit above or below their associated vertebra? |
Below |
|
At what level does the spinal cord terminate? |
L1-L2 |
|
Are side bending and rotation in the same or opposite directions in C2-C7? |
Same |
|
When the lumbar or thoracic spine is in neutral or extension, does side bending and rotation in the same or opposite directions? |
Opposite |
|
When the lumbar or thoracic spine is in flexion, does side bending and rotation occur in the same or opposite directions? |
Same |
|
What is the lumbopelvic rhythm? |
When flexing lumbar spine flexes first, then pelvis anteriorly rotates, then hips flex. Extension is just the opposite. |
|
What is nutation? |
Flexion of sacrum and posterior rotation of ilium |
|
What is counternutation? |
Extension of the sacrum and anterior rotation of ilium |
|
What is the functional ROM for the temperomandibular joint? |
opening 40 mm Rotation 25 mm Translation 15 mm |
|
What are the 4 components of the systems review? |
- Musculoskeletal - Neuromuscular - Cardiopulmonary - Integumentary |
|
What are 5 symptoms of DJD or osteoarthritis? |
- Pain and stiffness upon rising - Pain eases through the morning - Pain increases with repetitive bending activities - Constant awareness of discomfort with episodes of exacerbation - Describes pain as more soreness and nagging |
|
What are 5 symptoms of facet joint dysfunction? |
-Stiff upon rising; pain eases within an hour - Loss of motion accompanied by pain - Patient will describe pain as sharp with certain movements - Movement in pain-free range usually reduces symptoms - Stationary positions increase symptoms |
|
What disease is characterized by a progressive inflammatory disorder of unknown etiology that initially affects axial skeleton? |
Ankylosing Spondylitis |
|
What is the usual initial presentation of Ankylosing Spondylitis? |
Usually mid and low back pain for 3 months or greater before 4th decade of life, morning stiffness and sacroiliitis. |
|
What does Ankylosing Spondylitis do to the spine? |
Kyphotic deformity of cervical and thoracic spine and increased lumbar lordosis. |
|
The advanced stages of Ankylosing Spondylitis may include which symptoms? |
Degeneration of peipheral and costovertebral joints |
|
Does Ankylosing Spondylitis affect men or women more? |
Men three times as much |
|
Which medications are used for Ankylosing Sondylitis? |
NSAIDS for inflmmation and pain. Corticosteroids to suppress immune system. Cytotoxic drugs may be used to those who do not respond to corticosteroids. Tumor necrosis Factor inhibitors may improve symptoms. |
|
Which diatgnostic tests are used to diagnose Ankylosing Spondylitis? |
HLA-B27 may be used, but is not diagnostic by itself |
|
What are some of the goals of intervention for Ankylosing Spondilitis?
|
Flexibility Exercises for trunk, especially extension
|
|
What are some of the goals of intervention for Ankylosing Spondilitis?
|
Flexibility Exercises for trunk, especially extension
|
|
What disease is characterized as a genetic disorder of purine metabolism, elevated serum uric acid, uric acid crystal deposits into peripheral joints?
|
Gout
|
|
What two joints are most commonly affected by gout?
|
knee and great toe
|
|
Which medications can be used to treat gout?
|
NSAIDS, COX-2 inhibitors, colchicine, corticosteroids, adrenocorticotropic hormone (ACTH), allopurinol, probenecid, sulfinpyrazone
|
|
Which diagnostic tests can be used to diagnose gout?
|
Lab tests looking for monosodium urate crystals in synovial fluid and/or connective tissue
|
|
What disease is characterized by chroinc erosive inflammatory disorder of unknown etiology associated with psoriasis?
|
Psoriatic Arthritis
|
|
Where does psoriatic arthritis usually affect?
|
Joints of digits and axial skeleton
|
|
Are men or women affected by psoriatic arthritis more?
|
Same
|
|
What medications are used with psoriatic arthritis?
|
Acetaminophen, NSAIDS, coritosteroids, disease-modifying antirheumatic drugs, biological response modifies such as Enbrel |
|
What tests can be used to diagnose psoriatic arthritis?
|
Only tests useful are those that can rule out rheumatoid arthritis
|
|
What disease is characterized by a chronic systemic disorder or unknown etiology, usually involving a symmetrical pattern of dysfunction in synovial tissues and articular cartilage.
|
Rheumatoid Arthritis
|
|
What are the typical presentations of RA?
|
MCP and PIP joints are usually affected with characteristic pannus formation, ulnar drift, and volar subluxation of MCP joints; ulnar drift observed at PIPs in sever forms. DIP joints are usually spared. Other deformities include swan-neck, boutonniere deformities and Bouchards nodes
|
|
Are women or men at greater risk of developing RA?
|
Women are 2-3 times greater risk
|
|
When does juvenile RA usually set in?
|
Before the age of 16
|
|
What percent of Juvenile RA will go into remission?
|
75%
|
|
What medications can be used to treat RA?
|
DMARDs, NSAIDS, Immunosuppressive Agents and Corticosteroids
|
|
What diagnostic tests can be used to diagnose RA?
|
Plain film may demonstrate symmetrical involvement within joints. Increased WBC count and ESR. Hemoglobin and Hematocrit will show anemia and rheumatoid factor will be increased
|
|
What disease is characterized by a metabolic disorder that depletes bone mineral density and predisposes an individual to fracture
|
Osteoporosis
|
|
Does osteoporosis affect men or women more?
|
Women 10 times as much
|
|
What are the common sites of fracture with osteoporosis?
|
Thoracic and lumbar spine, femoral neck, promxial humerus, proximal tibia, pelvis and distal radius |
|
Which type of osteoporosis is directly related to a decrease in estrogen production?
|
Primary or postmenopausal |
|
Which type of osteoporosis is due to a decrease in bone cell activity secondary to genetics or acquired abnormalities?
|
Senile Osteoporosis
|
|
Which medications can be used to treat osteoporosis?
|
Calcium, Vitamin D, Estrogen, Calcitonin and biophosphonates
|
|
Which diagnostic tests can be used to diagnose osteoporosis?
|
CT scan for bone density, single and double absoprtionometry can be used, but is expensive
|
|
What disease is characterized by decalcification of bones due to vitimin D deficiency?
|
Osteomalacia
|
|
What are the presenting symptoms of Osteomalacia?
|
Severe pain, fractures, weakness and deformities
|
|
What medications may be used to treat Osteomalacia?
|
Calcium, Vitamin D, Calciferol
|
|
What tests can be used to diagnose Osteomalacia?
|
Plain films, urinalysis, blood tests, bone scan and bone biopsy
|
|
What disease is characterized by an inflammatory response within bone caused by an infection?
|
Osteomyelitis
|
|
What organism is the usual cause of Osteomyelitis?
|
Staphylococcus aureus
|
|
What population is Osteomyelitis most prevalant in?
|
children, immunoppressed and males
|
|
How is Osteomyelitis treated medically?
|
Antibiotics, Proper nutrition, surgery is possible especially if infection spreads to joints
|
|
What tests can be used to diagnose Osteomyelitis?
|
Lab tests and bone biopsy
|
|
What disease is characterized by a congenital deformity of skeleton and soft tissues and limitation in joint motion and a "sausage-like" appearance of limbs?
|
Arthrogryposis multiplex congenita
|
|
What is the intelligence level of those with Arthrogryposis Multiplex Congenita?
|
Normal
|
|
What tests can be used to diagnose Arthrogryposis Multiplex Congenita?
|
Plain Films
|
|
What disease is characterized by an inherited disorder transmitted by an autosomal dominant gene, and results in abnormal collagen synthesis, leading to an imbalance between bone deposition and reabsorption and cortical and cancelous bones become very thin, leading to fractures and deformity of weight bearing bones
|
Osteogensis imperfecta
|
|
Which medications can be used to help treat Osteogenesis Imperfecta?
|
Calcium, Vitamin D, Estrogen, Calcitonin and biophosphonates
|
|
Which tests can be used to diagnose Osteogenesis Imperfecta?
|
Bone scan and plain films will show old fractures and deformities. Serological testing is indicated
|
|
What disease is characterized by a seperation of articular cartilage from underlying bone, usually involving medial femoral condyle near intercondylar notch; observed less frequently at femoral head and talar dome. Also effecting the humeral cpitellum
|
Osteochondritis Dissecans
|
|
When is surgery indicated for Osteochondritis Dissecans?
|
When fracture is displaced
|
|
What tests can be used to diagnose Osteochondritis Dissecans?
|
Plain Film, CT scan
|
|
What disease is characterized by a focal point of irritability found within a muscle?
|
Myofascial Pain Syndrome
|
|
What causes "Trigger points"?
|
Sudden Overload, Overstretching, repetitive/sustained muscle activities
|
|
What are some medical interventions for Myofascial Pain Syndrome?
|
Dry needling, and injection of analgesic and possibly corticosteroids
|
|
What condition is characterized by hypercellularity, hypervascularity, no inflammatory infiltrates, poor organization and loosening of collagen fibers?
|
tendonosis/tendonopathy
|
|
What medications can be used to treat tendinosis/tendinopathy?
|
Acetominophen, NSAIDS, steorid injection
|
|
What tests can be used to diagnose Tendinosis/Tendonopathy?
|
MRI
|
|
What condition is characterized by inflammation of bursa secondary to overuse, trauma, gout or infection
|
Bursitis
|
|
What are the signs and symptoms of Bursitis?
|
Pain with rest, limited ROM not in a capsular pattern
|
|
What medications can be used to treat bursitis?
|
Acetominophen, NSAIDS, steorid injection
|
|
What condition is characterized by an inflammatory response within a muscle following a traumatic event that caused mirotearing of the musculotendinous fibers.
|
Muscle Strain
|
|
What are the signs and symptoms of Muscle Strain?
|
Pain and tenderness within muscle,
|
|
What medications can be used to treat muscle strain?
|
Acetominophen and/or NSAIDS
|
|
What tests can be used to diagnose a muscle strain?
|
MRI
|
|
What condition is characterized by by a painful condition of abnormal calficication within a muscle belly?
|
myositis ossificans
|
|
What is a usual cause of myositis ossificans?
|
Direct trauma that results in hematoma and calcification of the muscle, or aggressive physical therapy and mobilization following muscle trauma
|
|
What are the most frequen locations for myositis ossificans?
|
quadriceps, brachialis and biceps brachii
|
|
What medications can be used to treat myositis ossificans?
|
Acetominophen and/or NSAIDS
|
|
When is surgical intervention of myositis ossificans indicated?
|
When condition is nonhereditary and after maturation of lesion (6-24 months) and if lesion is mechanically limiting movement or impinging nerves
|
|
What diagnostic tests can be used to diagnose myositis ossificans?
|
Plain film, CT scan and/or MRI
|
|
What was Complex Regional Pain Syndrome formerly known as?
|
Reflex Sympathetic Dystrophy (RSD)
|
|
Which condition results in dysfunction of sympathetic nervous system to include pain, circulation and vasomotor disturbances?
|
Reflex Sympathetic Dystrophy (RSD)
|
|
What is the difference between CRPS I and CRPS II?
|
CRPS does not involve nerve injury
|
|
What are some possible medical interventions for CRPS?
|
Nerve block, sympathectomy, spinal cord stimulation, intrathecal drug pumps
|
|
What medications can be used to treat CRPS?
|
Topical analgesics, antiseizure drugs, antidepressants, corticosteroids and opioids
|
|
What are some long-term changes associated with CRPS?
|
Muscle wasting, trophic skin changes, decreased bone density, decreased proprioception, loss of muscle strength and joint contractures
|
|
What is another name for Paget's Disease?
|
Osteitis Deformans
|
|
What is the etiology of Paget's Disease?
|
Largely unknown, but thought to be linked to a type of viral infection along with environmental factors
|
|
What disease is characterized by a metabolic bone disease involving abnormal osteoclastic and osteoblastic activity?
|
Osteitis Deformans
|
|
What other conditions can Paget's disease lead to?
|
Spinal stenosis, facet arthropathy, possible spinal fracture
|
|
What medications can be used to treat Paget's Disease?
|
Acetominophen, calcitonin, etidronate disodium to limit osteoclast activity
|
|
What tests can be used to diagnose Paget's Disease?
|
Plain film images and lab tests for increased serum alkaline phosphatase and urinary hydroxiproline
|
|
What are the two types of idiopathic scoliosis?
|
Structural and non-structural
|
|
What type of scoliosis is an irreversible lateral curvature of spine with a rotational component?
|
Structural Scoliosis
|
|
What type of scoliosis is a reversible lateral curvature of the spine without a rotational component, which straightens as the individual flexes the spine?
|
Nonstructural scoliosis
|
|
What are the possible interventions for structural scoliosis of < 25 degrees?
|
Conservative PT |
|
What are the possible interventions for structural scoliosis of 25 - 45 degrees?
|
Spinal orthoses
|
|
What are the possible interventions for structural scoliosis of >45 degrees?
|
Surgery
|
|
What tests can be used to diagnose scoliosis?
|
Plain film using full-length Cobb's method. CT scan and/or MRI to rule out associated conditions
|
|
What condition is characterized as a spasm and/or tightness of SCM?
|
Torticollis
|
|
What dysfunction is seen with torticollis?
|
Side bending toward and rotation away from affected side
|
|
What medications may be used to treat torticollis?
|
Acetaminophen, muscle relaxants and/or NSAIDS
|
|
In which direction do most shoulder dislocations occur?
|
95% occur anterior
|
|
How does an anterior-inferior glenohumeral dislocation occur?
|
When abducted UE is forcefully ER, causing tearing of inferior glonohumeral ligament, anterior capsule and glenoid labrum
|
|
What condition presents as intermittent mild pain with overheade activities?
|
External Primary Impingement (Stage I)
|
|
What condition presents as mild to moderate pain with overhead activities or strenuous activities?
|
External Primary Impingement (Stage II)
|
|
What condition presents as pain at rest or with activities, possible night pain, scapular or rotator cuff weakness?
|
External Primary Impingement (Stage III)
|
|
What condition presents as pain shoulder at night, weakness predominantly in abduction and ER and loss of shoulder ROM?
|
Full thickness RCT
|
|
What condition presents as inability to perform ADLs owing to lack of ROM
|
Adhesive Capsulitis
|
|
What condition presents as apprehension to mechanical shifting, slipping, popping or sliding, apprehension with horizontal abduction and ER, anterior or posterior pain and weak scapular stabilizers? |
Anterior shoulder instability
|
|
What condition presents as slipping or popping of the humerus posterior, possibly associated with forward flexion and medial rotation while under a compression load
|
Posterior instability
|
|
What condition presents as looseness of shoulder in all direction, usually most pronounced while carrying an item or turning over in bed. Pain may or may not be present
|
Multidirectional shoulder instability
|
|
Nerve damage to what nerve can present with inability to abduct arm beyond 90 degrees and pain in should on abduction?
|
Spinal Accessory
|
|
Nerve damage to what nerve can present with pain on flexing fully extended arm, inability to flex full extended arm and winging starts at 90 degrees forward flexion?
|
Long Thoracic Nerve
|
|
Nerve damage to what nerve can present with increase pain on forward shoulder flexion, shoulder weakness, pain with scapular abduction and pain with contralateral cervical rotation?
|
Suprascapular Nerve
|
|
Nerve damage to what nerve can present with inability to abduct arm with neutral rotation?
|
Axillary Nerve
|
|
When does posterior shoulder dislocation most commonly occur?
|
Horizontal adduction and IR
|
|
What are some possible complications with posterior dislocation?
|
Humeral head compression fracture, SLAP tear, avulsion of anteroinferior capsule and ligaments and bruising of axillary nerve
|
|
What tests can be done to diagnose shoulder dislocation?
|
Plain film, CT and/or MRI and apprehension tests
|
|
What medications can be used to treat shoulder dislocation?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What are the two types of shoulder instability?
|
Traumatic and Atraumatic
|
|
How do you characterize shoulder instability?
|
popping/clicking and repeated dislocation
|
|
Unstable shoulder injuries require what type of surgery?
|
Reattach the labrum to the glenoid.
|
|
What test can be used to diagnose shoulder instability?
|
MRI to look for labral tears |
|
What medications can be used to treat shoulder instability?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What is the typical protocol following shoulder instability surgery?
|
SHoulder in sling for 3-4 weeks. After 6 weeks sport-specific training, but full recovery not until 3-4 months
|
|
What are the two types of Glenoid Labrum injuries?
|
Superior and Inferior
|
|
What is a SLAP lesion?
|
Tear of the Glenoid Labrum above the middle of the socket
|
|
What is a Bankhart lesion?
|
Tear of the Glenoid Labrum below the middle of the socket
|
|
What structure other than the labrum is usually affected in a Bankhart lesion?
|
Inferior Glenohumeral ligament
|
|
What are the presenting symptoms of a labral tear?
|
General shoulder pain with no localized points. Pain worse w/ overhead activities or arm behind back. Weakness, Shoulder instability. Pain with resisted flexion of biceps. Tenderness over anterior portion of shoulder
|
|
What type of Gelnoid labrum tears require surgery?
|
Unstable, and bankhart always requires surgery
|
|
What tests can be used to diagnose glenoid labrum tears?
|
MRI. Arthroscopic surgery is gold standard
|
|
What medications can be used to treat glenoid labrum tears?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What is the typical protocol following glenoid labral tear surgery?
|
SHoulder in sling for 3-4 weeks. After 6 weeks sport-specific training, but full recovery not until 3-4 months
|
|
What are the 4 common areas for Thoracic Outlet Syndrome to occur?
|
Superior thoacic outlet, scalene triangle, Between clavicle and first rib, Between pectoralis minor and thoracic wall
|
|
What are some possible surgeries to treat Thoracic Outlet Syndrome?
|
Removing a cervical rib or release of anterior and/or middle scalene muscle
|
|
What tests can be utilized to diagnose Thoracic Outlet Syndrome?
|
plain film imaging to look for abnormal bony anatomy, MRI to look for abnormal soft tissue anatomy and electrodiagnostic to look for nerve dystunction |
|
What special tests can be used to diagnose Thoracic Outlet Syndrome?
|
Adson's Test, Roos Test, Wright Test, Costoclavicular Test
|
|
What medications can be used to treat Thoracic Outlet Syndrome
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What is the usual mechanism of injury for AC or SC joint seperation?
|
Fall onto shoulder with UE adducted
|
|
What is the usual protocol for AC or SC joint seperation post-surgery?
|
UE in neutral with sling and no shoulder elevation during acute phase
|
|
What tests can be used to diagnose an AC or SC joint seperation?
|
Plain Film
|
|
Which special test can be used to diagnose AC or SC joint seperation?
|
Shear Test
|
|
Why is surgical repair following an AC or SC joint seperation rare?
|
Due to tendency of AC joint to degenerate
|
|
What medications can be used to treat AC or SC joint seperation?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
Why are rotator cuff muscles susceptible to tendonitis?
|
Poor blodd supply to insertion of muscles
|
|
What tests can be used to diagnose Rotator Cuff Tendonopathy?
|
MRI, but sometimes is not accurate enough
|
|
What special tests can be used to diagnose Rotator Cuff Tendonopathy?
|
Supraspinatus Test, Neer's Impingement Test
|
|
What medications can be used to treat Rotator Cuff Tendonopathy?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What tests can be used to diagnose Impingement Syndrome?
|
Arthrogram or MRI
|
|
What special tests can be used to diagnose Impingement Syndrome?
|
Neer's Impingement Test, Supraspinatus Test, Drop Arm Test
|
|
What should the patient avoid after surgical repair of shoulder impingement?
|
Elevation greater than 90 degrees
|
|
What medications can be used to treat Impingement Syndrome?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation |
|
What condition is characterized by an irritaqtion between the rotator cuff and greater tuberosity or posterior glenoid and labrum?
|
Internal (Posterior) Impingement |
|
What special test can be used to diagnose Internal (Posterior) Impingement?
|
Posterior Internal Impingement Test
|
|
What medications can be used to treat Internal (Posterior) Impingement?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What tests can be used to treat Bicipital Tendonsis/Tendonopathy
|
MRI, but sometimes is not accurate enough
|
|
What special test can be used to diagnose Bicipital Tendonosis/Tendonopathy?
|
Speed's Test
|
|
What medications can be used to treat Bicipital Tendonosis/Tendonopathy?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What condition is characterized as a fracture that typically occurs through FOOSH, to osteoporotic women and generally does not require immobilization or surgical repair?
|
Proximal Humeral Fracture
|
|
What condition is characterized as a fracture that typically occurs middle aged and older adults, usually resulting from a fall on the shoulder and does not require immobilization?
|
Greater Tuberosity Fracture
|
|
What test can be used to diagnose proximal humeral fracture?
|
Plain Film Imaging
|
|
What medications can be used to treat proximal humeral fracture?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What condition is characterized by a restriction in shoulder motion as a result of inflammation and fibrosis of the shoulder capsule due to disuse following injury or repetitive microtrauma?
|
Adhesive Capsulitis
|
|
What is the order of limitations in ROM with Adhesive Capsulitis?
|
ER > Abd, Flex > IR
|
|
What disease is commonly seen in association with adhesive capsulitis>
|
Diabetes Mellitus
|
|
What medication can be used to treat adhesive capsulities?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What condition is characterized by a loss of motion in a capsular pattern (flexion > extension) in the elbow?
|
Elbow Contracture
|
|
What medications can be used to treat elbow contractures?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What treatments can be used to correct the biomechanical faults of elbow contracture?
|
Joint mobilization to the specific restriction
|
|
What is an alternative to Physical Therapy for elbow contractures?
|
Splinting |
|
What special test can be used to diagnose Internal (Posterior) Impingement?
|
Posterior Internal Impingement Test
|
|
What medications can be used to treat Internal (Posterior) Impingement?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What tests can be used to treat Bicipital Tendonsis/Tendonopathy
|
MRI, but sometimes is not accurate enough
|
|
What special test can be used to diagnose Bicipital Tendonosis/Tendonopathy?
|
Speed's Test
|
|
What medications can be used to treat Bicipital Tendonosis/Tendonopathy?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What condition is characterized as a fracture that typically occurs through FOOSH, to osteoporotic women and generally does not require immobilization or surgical repair?
|
Proximal Humeral Fracture
|
|
What condition is characterized as a fracture that typically occurs middle aged and older adults, usually resulting from a fall on the shoulder and does not require immobilization?
|
Greater Tuberosity Fracture
|
|
What test can be used to diagnose proximal humeral fracture?
|
Plain Film Imaging
|
|
What medications can be used to treat proximal humeral fracture?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What condition is characterized by a restriction in shoulder motion as a result of inflammation and fibrosis of the shoulder capsule due to disuse following injury or repetitive microtrauma?
|
Adhesive Capsulitis
|
|
What is the order of limitations in ROM with Adhesive Capsulitis?
|
ER > Abd, Flex > IR
|
|
What disease is commonly seen in association with adhesive capsulitis>
|
Diabetes Mellitus
|
|
What medication can be used to treat adhesive capsulities?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What condition is characterized by a loss of motion in a capsular pattern (flexion > extension) in the elbow?
|
Elbow Contracture
|
|
What medications can be used to treat elbow contractures?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What treatments can be used to correct the biomechanical faults of elbow contracture?
|
Joint mobilization to the specific restriction |
|
What is an alternative to Physical Therapy for elbow contractures?
|
Splinting
|
|
What condition is characterized by a chronic degeneration of the extensor carpi radialis brevis tendon at its proximal attachment to the lateral epidonyle of the humerus?
|
Lateral Epicondylitis
|
|
What must be ruled out when dealing with Lateral Epicondylitis?
|
Cervical Spine condition
|
|
What medications can be used to treat lateral epicondylitis?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What type of bracing can be used to treat lateral epidonylitis?
|
Counterforce Bracing
|
|
What condition is characterized by a degeneration of the pronator teres and flesor carpi radialis tendons at their attachment to the medial epicondyle of the humerus
|
Medial Epicondylitis
|
|
What are complications that can be seen with a distal humerus fracture?
|
Loss of motion, myositis ossificans, malalignment, neurovascular compromise, ligamentous injury and CRPS
|
|
What are some factors to consider when dealing with supracondylar humeral fractures?
|
Neurovascular compromise (Volkmann's Ischemia), growth plates, malunion
|
|
Are older/younger people more prone to lateral epicondyle fractures?
|
Younger
|
|
True/False: Lateral epicondyle fractures commonly must have an ORIF to ensure proper alignment?
|
TRUE
|
|
What medications can be used to treat distal humerus fractures?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What condition is characterized by the osteochondral bone fragment becoming detached from articular surface and forming a loose body in the joint?
|
Osteochondrosis Dessicans of Humeral Capitellum
|
|
What causes Osteochondrosis Dessicans of the Humeral Capitellum?
|
Repetitive compressive forces between radial head and humeral capitellum
|
|
Which age group is most likely to get Osteochondrosis Dessicans of the Humeral Capitellum?
|
Adolescents between 12 and 15
|
|
Which condition is characterized by a localized avascular necrosis of capitellum leading to loss of subchondral bone, with fissuring and softening of articular sufraces of radiocapitellar joint.
|
Panner's Disease
|
|
What is the etiology of Panner's Disease?
|
Unknown
|
|
What medications can be used to treat Osteochondrosis Dessicans of the Humeral Capitellum?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
While treating Osteochondrosis Dessicans of the Humeral Capitellum, when is it appropriate to being flexibility and strengthening exercises?
|
When the patient is pain free
|
|
What condition is characterized by a chronic degeneration of the extensor carpi radialis brevis tendon at its proximal attachment to the lateral epidonyle of the humerus?
|
Lateral Epicondylitis
|
|
When are flexibility exercises started after surgical repair of Osteochondrosis Dessicans of the Humeral Capitellum?
|
Immediately following surgery
|
|
What medications can be used to treat Ulnar Collateral Ligament Injuries?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What are some causes of ulnar nerve entrapment?
|
Direct trauma, traction due to laxity at medial aspect of elbow, compression due to thickened retinaculum or hypertrophy of flexor carpi ulnaris, recurrent subluxation or dislocation, DJD
|
|
What are some potential clinical findings with ulnar nerve entrapment?
|
Medial elbow pain, parasthesias in ulnar nerve distribution, positive tinel's sign
|
|
Where are the two spots that median nerve entrapment occur?
|
Within pronator teres muscle and under flexor digitorum superficialis
|
|
What are some clinical signs of median nerve entrapment?
|
aching pain with weakness of forearm muscles, positive tinel's sign, parasthesias in median nerve distribution
|
|
Where does Radial nerve entrapment occur?
|
Radial tunnel
|
|
What are some clinical signs of radial nerve entrapment?
|
Lateral elbow pain sometimes confused with Lateral Epicondylitis, pain over supinator muscle, parasthesias in radial nerve distribution, positive tinel's sign
|
|
What medications can be used to treat Nerve Entrapments?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation, neurontin for nerve pain
|
|
What direction do most elbow dislocations occur?
|
Posterior
|
|
What other injury usually occurs with posterior elbow dislocation?
|
Medial Epicondyle Fracture from pull on medial collateral ligament
|
|
What other structures may be injured with a complete elbow dislocation?
|
Ulnar Collateral Ligament, anterior capsule, lateral collateral ligament, brachialis muscle, wrist flexor/extensor muscles
|
|
What medications can be used to treat Elbow dislocation?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What are 3 other things that need to be ruled out if you think you may be seeing carpel tunnel syndrome?
|
Cervical Spine Dysfunction, thoracic outlet syndrome, peripheral nerve entrapment
|
|
What medications can be used to treat carpel tunnel syndrome?
|
Acetominophen for pain, NSAIDS for pain and/or inflammation
|
|
What condition is characterized by inflammation of extensor pollicis brevis and abductor pollicis longus tendons at first dorsal compartment?
|
De Quervain's Tenosynovitis
|
|
What are 2 possible causes of De Quervain's Tenosynovitis?
|
Repetitive microtrauma or swelling from pregnancy
|
|
What are some clinical signs of De Quervain's Tenosynovitis?
|
Pain at anatomical snuff box, swelling, decreased grip and pinch strength, positive finkelstein's test
|
|
When are flexibility exercises started after surgical repair of Osteochondrosis Dessicans of the Humeral Capitellum?
|
Immediately following surgery
|
|
How long are Colles' fractures immobilized?
|
5-8 weeks
|
|
What is a common complication after edema associated with a Colles' fracture?
|
Median Nerve compression
|
|
What defomity is common with Colles' fractures?
|
Dinner fork, resulting from posterior displacement of distal fragment of radius with a radial shift of wrist and hand
|
|
What are some comon complications after a Colles Fracture?
|
Loss of motion, decreased grip strength, CRPS, Carpal Tunnel Syndrome
|
|
What condition is characterized by the fracturing and volar displacement of the distal radius?
|
Smith's fracture
|
|
What is the most common way to suffer a scaphoid fracture?
|
FOOSH
|
|
True/False: Scaphoid fractures are most common in older adults?
|
FALSE
|
|
What is the most commonly fractured carpal?
|
Scaphoid
|
|
What is a common complication with a scaphoid fracture?
|
Avascular necrosis of the proximal fragment
|
|
How long are the carpals immobilizaed following a scaphoid fracture?
|
5-8 weeks
|
|
What condition is characterized by banding on palms and digit flexion resulting from contracture of palmar fascia that adheres to skin
|
Depuytren's Contracture
|
|
Does Depuytren's Contracture affect men or women more?
|
Men
|
|
What structures does a Depuytren's Contracture usually affect?
|
MCP, PIP of 4th and 5h digit in non-diabetic, 3rd and 4th in diabetic
|
|
What condition is characterized by the rupturing of the central tendinous slip of the extensor hood and results in extension of the MCP and DIP and flexion of the PIP?
|
Boutonniere Deformity
|
|
What are the two most common causes of a boutonniere deformity?
|
trauma or degeneration from rheumatoid arthritis
|
|
What condition is a result of contracture of intrinsic hand muscles with dorsal subluxation of lateral extensor tendons
|
Swan Neck Deformity
|
|
What condition is characterized by flexion of the MCP and DIP and extension of the PIP?
|
Swan Neck Deformity
|
|
What are two likely causes for a swan neck deformity?
|
trauma or degeneration from rheumatoid arthritis
|
|
What is an ape hand deformity?
|
Thenar muscle wasting, with first digit moving dorsally until it is in line with the second digit
|
|
How long are Colles' fractures immobilized?
|
5-8 weeks
|
|
What condition is characterized by a rupture or avulsion of extensor tendon at its insertion in to distal phalanx of digit
|
Mallet finger
|
|
What deformity is associated with mallet finger?
|
Flexion of DIP
|
|
What usually causes mallet finger?
|
Trauma involving forced flexion of distal phalanx
|
|
What is a sprain/rupture of the ulnar collateral ligament of the MCP joint of the first finger called?
|
Gamekeeper's Thumb
|
|
What instability is common with Gamekeeper's thumb?
|
Medial instability of the thumb
|
|
What is a common mechanism of injury for Gamekeeper's Thumb?
|
Falling on to ski pole while skiing
|
|
How long is a gamekeeper's thumb immoblized after injury?
|
6 weeks
|
|
What is a fracture of the fifth metacarpal called?
|
Boxer's Fracture
|
|
What is the medical intervention commonly used for a boxer's fracture?
|
Casting for 2-4 weeks
|
|
What is avascular necrosis of the hip?
|
Impaired blood supply to the femoral head from multiple possible etiologies
|
|
How does avascular necrosis affect hip ROM?
|
Decreases flexion, IR and abduction
|
|
What are symptoms associated with Avascular Necrosis of the Hip?
|
Pain in the grown and/or thigh and tenderness with palpation at the hip joint
|
|
What medication is contraindicated with Avascular Necrosis and why?
|
Corticosteroids because they may be a causative factor
|
|
What is the average age of onset for Legg-Calve-Perthes disease?
|
2-13 years, average 6
|
|
True/False: Legg-Calve-Perthes is 4 times more likely in males than females?
|
TRUE
|
|
What is a common gait dysfunction with Legg-Calve-Perthes disease?
|
Psoatic Limp from weak psoas major, LE moves in ER, flexion and adduction
|
|
Which AROM is limited with Legg-Calve-Perthes disease?
|
Abduction and extension
|
|
What finding on an MRI can indicate Legg-Calve-Perthes disease?
|
Positive Bony Crescent Sign (collapse of subchondral bone at femoral neck/head)
|
|
What is the most common hip disorder in adolescents?
|
Slipped Capital Epiphysis
|
|
What is the usual onset age of Slipped Capital Epiphysis in males?
|
10-17, average 13
|
|
What condition is characterized by a rupture or avulsion of extensor tendon at its insertion in to distal phalanx of digit
|
Mallet finger
|
|
True/False: Females are twice as likely to be diagnosed with Slipped Capital Epiphysis?
|
False (Males)
|
|
How is the AROM at the hip effected with a slipped capital epiphysis?
|
Abduction, Flexion and IR are limited
|
|
What will show on an MRI with a slipped capital epiphysis?
|
Positive displacement of upper femoral epiphysis
|
|
What is excessive femoral anteversion?
|
Anteversion of greater than 25-30 degrees
|
|
What dysfunctions can excessive femoral anteversion lead to?
|
Squinting patellae and toeing in
|
|
What is femoreal retroversion?
|
anterior angle of femoral head less than 0 degrees
|
|
What special test can help to identify excessive femoral anteversion?
|
Craig's Test
|
|
What is the term for an angle of the femoral neck with shaft of femur <115?
|
Coxa Vara
|
|
What is the term for an angle of the femoral neck with shaft of femur >125?
|
Coxa Valga
|
|
What is one possible cause of coxa vara?
|
Defect in ossification of the head of the femur
|
|
What is a possible cause of coxa vara or valga?
|
Necrosis of femoral head occuring with septic arthritis
|
|
What are 3 possible causes of trochanteric bursitis?
|
Direct trauma, irritation by IT band and biomechanical/gait abnormalities causing repetitive microtrauma
|
|
Trochanteric Bursitis is common in patient with what comorbidity?
|
Rheumatoid Arthritis
|
|
What are 2 possible causes of IT band syndrome?
|
Tight IT Band, Gait abnormalities
|
|
What foot gait abnormality can affect the piriformis?
|
Excessive pronation of the foot which causes abnormal femoral IR
|
|
Compression of the sciatic nerve and/or SI joint dysfunction can be caused by tightness of which muscle?
|
Piriformis
|
|
What are 5 possible signs/symptoms of piriformis dysfunction?
|
Restriction in IR, Pain with palpation of piriformis, referral of pain to posterior thigh, weakness in ER, uneven sacral base
|
|
What is the "unhappy triad"?
|
MCL, ACL, Medial Meniscus tear
|
|
What is the MOI for the "unhappy triad"?
|
Valgum, Flexion, ER
|
|
What is the trouble with using MRI to diagnose ACL or MCL tear?
|
It is hard to visualize the entire ligament, so even if they are intact they can be mistaken for being torn
|
|
What is the MOI for a meniscal tear?
|
A combination of tibiofemoral flexion, compression and rotation
|
|
True/False: Females are twice as likely to be diagnosed with Slipped Capital Epiphysis? |
False (Males)
|
|
What two special tests are useful in diagnosing a meniscal tear?
|
McMurray's and Apley's
|
|
What could patella alta possibly lead to?
|
Chronic patella subluxation
|
|
What is a positive camel back sign?
|
Two bumps over anterior patella instead of one is a sign of patella alta. One bump superior between femoral condyles and second bump is tibial tuberosity
|
|
What can patella baja lead to?
|
Restricted knee extension with abnormal cartilaginous wearing
|
|
What condition is characterized by a mechanical dysfunction resulting in traction apophysitis of the tibial tubercle at the patellar tendon insertion?
|
Osgood-Schlatter disease
|
|
What tests can be used to diagnose Osgood-Schlatter disease?
|
Plain film imaging will show irregularities of the epiphyseal line
|
|
What is the normal tibial shaft angle?
|
6 degrees of valgum
|
|
What is the common term for excessive medial tibial torsion or genu varum?
|
Bowlegged
|
|
What dysfunctions does genu varum cause?
|
Medial patellar positioning and pigeon-toed orientation of the feet
|
|
What is the common term for excessive lateral tibial torsion or genu valgum?
|
Knock kneed
|
|
What dysfunction does genu valgum cause?
|
Lateral patellar positioning
|
|
Which femoral condyle is most often fractured?
|
Medial due to its anatomical design
|
|
What is the most common MOI for femoral condyle fracture?
|
Fall on to knee
|
|
What is the most common MOI for tibial plateau fracture?
|
Combination of valgum and compression forces to knee when knee is flexed
|
|
What injury is usually concurrent with a tibial plateau fracture?
|
MCL tear
|
|
What is a common MOI for an epiphyseal plate fracture?
|
Weight bearing with torsional stress
|
|
An adolescent is most likely to injure their epiphyseal plate during weight bearing with torsional stress, which structure are adults more likely to injure in the same circumstance?
|
ACL
|
|
What is the most common MOI for a patella fracture?
|
Fall directly onto patella
|
|
When might a CT scan be beneficial to use with a fracture?
|
When it is a complex fracture
|
|
What condition is characterized by increased anterior compartmental pressure resulting in a local ischmic condition?
|
Anterior Compartment syndrome
|
|
What can cause Anterior Compartment Syndrome?
|
Direct trauma, fracture, overuse and/or muscle atrophy
|
|
What are the signs/symptoms of Anterior Compartment Syndrome?
|
Deep cramping pain following exercise or exertion |
|
What two special tests are useful in diagnosing a meniscal tear?
|
McMurray's and Apley's
|
|
What are 3 common etiologies of Anterior Tibial Periostitis?
|
Abnormal biomechanical alignment, poor conditioning, improper training methods
|
|
What 2 muscles are involved in Anterior Compartment Syndrome?
|
Tibialis Anterior and extensor hallucis longus
|
|
What is a main clinical sign of Anterior Compartment Syndrome?
|
Palpation of lateral tibia and anterior compartment is painful
|
|
What condition is characterized as an overuse injury of the posterior tibialis and/or the medial soleus resulting in periosteal inflammation at the muscular attachment?
|
Medial Tibial Stress Syndrome
|
|
What is the etiology of posterior tibial stress syndrome?
|
Excessive pronation
|
|
What is the clinical sign of Posterior Tibial Stress Syndrome?
|
Pain elicited with palpation of the distal posteromedial border of the tibia
|
|
What condition is characterized as an overuse injury resulting most often in microfracture of the tibia or the fibula?
|
Stress Fracture
|
|
What percent of stress fractures involve the tibia?
|
49%
|
|
What percent of stress fractures involve the fibula?
|
10%
|
|
What are 3 common etiologies of a stress fracture?
|
Abnormal biomechanics, poor conditioning and improper training methods
|
|
95% of all ankle sprain affect the medial or lateral side?
|
Lateral
|
|
What grade of ankle sprain is characterized by no loss of function, minimal tearing of ATFL?
|
Grade I
|
|
What grade of ankle sprain is characterized by some loss of function, and partial disruption of the ATFL and calcaneofibular ligaments
|
Grade II
|
|
What grade of ankle sprain is characterized by complete loss of function, completee tearing of ATFL and calcaneofigular ligament and partial teear of the posterior talofibular ligament?
|
Grade III
|
|
What two tests can be used to look for ankle instability?
|
Anterior Drawer and talar tilt
|
|
What clinical test can be used to test for Achilles tendonosis/tendonopathy?
|
Thompson's Test
|
|
What is the difference between the fundamental position and anatomical position?
|
Fundamental position palms face toward the sides of the body
|
|
When is the fundamental position used?
|
When discussing rotation of the UE
|
|
What structures are involved in a trimalleolar fracture?
|
Medial malleolus, lateral malleolus and posterior tubercle of the distal tibia
|
|
What 3 types of foot/ankle fractures can be of particular concern?
|
Growth plate fractures, Salter-Harris type III and type IV fractures
|
|
Which bone connects the upper limb to the axial skeleton and is also the first bone in the body to ossify?
|
Clavicle
|
|
What are the three functions of the clavicle?
|
Acts as a structure for holding the upper limb free from the trunk to allow freedom of movement, provides attachments for muscles, transmits forces from the upper limb to the axial skeleton
|
|
Where does the clavicle usually fracture?
|
At the junction of the medial two-thirds and its lateral one third, medial to the attachment of the coracoclavicular ligament |
|
What are 3 common etiologies of Anterior Tibial Periostitis? |
Abnormal biomechanical alignment, poor conditioning, improper training methods
|
|
Which ribs does the scapula cover?
|
2nd - 7th
|
|
What two bones does the scapula connect?
|
Clavicle to humerus
|
|
What is the etiology of tarsal tunnel syndrome?
|
Over/excessive pronation, resulting in tendonitis of the long flexor and posterior tibialis tendon
|
|
What are the signs/symptoms of tarsal tunnel syndrome?
|
Pain, numbness, parasthesias along the medial ankle to the plantar surface of the foot
|
|
What is a clinical test that can be used to test for tarsal tunnel syndrome?
|
Tinel's test at tarsal tunnel
|
|
What condition of the foot is commonly seen with ballet performers?
|
Flexor Hallucis Tendonopathy
|
|
What joint is a saddle-shped synovial joint that has an intra-articular disc and sternoclavicular ligament? |
SC Joint |
|
True/False: The SC joint is usually injured before the AC joint and clavicle? |
FALSE
|
|
Which joint is a plane synovial joint between the acromion process of the scapula and lateral end of the clavicle? |
Acromioclavicular joint
|
|
Which ligament stabilizes the AC joint and prevents upward displacement of the humeral head?
|
Coracoclavicular Ligament
|
|
Which muscle is covered by the coracoclavicular ligament?
|
Supraspinatus
|
|
What does Pes Cavus mean?
|
Hollow Foot
|
|
What are the etiologies of Pes Cavus?
|
Genetic dispositiion, neurological disorders which lead to muscle inbalance, contracture of soft tissue
|
|
What common UE condition can the Coracoclavicular ligament be involved with?
|
Impingement Syndrome
|
|
What ligaments make up the coracoclavicular ligament?
|
Trapezoid and conoid ligaments
|
|
What is the purpose of the coracoclavicular ligament?
|
Prevents seperation of the scapula from the clavicle
|
|
What structure does the acromioclavicular ligament cover?
|
Superior aspect of the AC joint
|
|
What is a Salter-Harris Type I fracture?
|
Entire epiphysis
|
|
What is the common cause of a Salter-Harris type I fracture?
|
Shearing, torsion or avulsion
|
|
What is the prognosis for a Satler-Harris type I fracture?
|
Good, with very few complications to growth of the bone
|
|
What is the proper medical management of a Salter-Harris type I fracture?
|
Relocated if necessary and immobilized with a cast
|
|
What is a Salter-Harris Type II fracture?
|
Entire epiphysis and portion of the metaphysis
|
|
What is the common cause of a Salter-Harris type II fracture?
|
Shearing, avulsion with angular force
|
|
What is the prognosis for a Satler-Harris type II fracture?
|
May cause decreased bone growth, but typically minimal |
|
Which ribs does the scapula cover?
|
2nd - 7th |
|
What is a Salter-Harris Type III fracture?
|
Portion of the epiphysis
|
|
What is the common cause of a Salter-Harris type III fracture?
|
Typically when growth plate is partially fused
|
|
What is the prognosis for a Satler-Harris type III fracture?
|
May lead to long term problems, but rarely result in long term signficant deformity
|
|
What is the proper medical management of a Salter-Harris type III fracture?
|
Relocated and immobilized, rarely need surgical intervention
|
|
What is a Salter-Harris Type IV fracture?
|
Portion of the epiphysis and portion of the metaphysis
|
|
What is the common cause of a Salter-Harris type IV fracture?
|
Typically occurs when growth plate is partially fused
|
|
What is the prognosis for a Satler-Harris type IV fracture?
|
Since this fracture interferes with the cartilage growth, it may lead to premature focal fusion of the involved bone causing deformity of the joint
|
|
What is the proper medical management of a Salter-Harris type IV fracture?
|
Generally surgery is necessary to restore alignment
|
|
What is a Salter-Harris Type V fracture?
|
Compression injury of the epiphyseal plate
|
|
What is the common cause of a Salter-Harris type V fracture?
|
Compressing or crush injury
|
|
What is the prognosis for a Satler-Harris type V fracture?
|
Growth disturbances and generally have poor functional prognosis
|
|
What is the proper medical management of a Salter-Harris type V fracture?
|
Usually not discovered until after the fact, if it is identified acutely, patient is put on NWB protocols
|
|
What deformities are associated with Pes Cavus?
|
Increased height of longitudinal arches, dropping of anterior arch, metatarsal heads lower than hindfoot, plantar flexion and splaying of forefoot and claw toes
|
|
What structures help to stabilize the glenohumeral joint?
|
atnerior capsule, posterior capsule, glenoid labrum, long head of biceps
|
|
How does pes cavus limit function?
|
Altered arthrokinematics, reducing ability to absorb forces through the foot
|
|
What 3 structures helpto prevent anterior translation of the glenohumeral joint?
|
Superior glenohumeral ligament, middle glenohumeral ligament and inferior glenohumeral ligament
|
|
What are 3 possible interventions for pes cavus?
|
Avoidance of high impact sports, proper footwear, fitting for orthoses
|
|
What does pes planus mean?
|
flat foot
|
|
What are 7 possible etiologies for pes planus?
|
Genetic predisposition, muscle weakness, ligamentous laxity, paralysis, excessive pronation, trauma, disease
|
|
True/False: Pes Planus is normal in infant feet?
|
TRUE
|
|
What deformity is noticed in pes planus?
|
A reduction in the height of medial longitudinal arch
|
|
What is one functional limitation caused by pes planus?
|
Decreased ability of foot to provide a rigid lever for push-off during gait
|
|
What does talipes equinovarus?
|
Clubfoot
|
|
What are the two types of clubfoot?
|
Postural and talipes equinovarus?
|
|
During the first 90 degrees of shoulder abduction, how much does the clavicle elevate at the SC joint?
|
35-45 degrees
|
|
What is a Salter-Harris Type III fracture?
|
Portion of the epiphysis
|
|
What causes the talipes equinovarus type of clubfoot?
|
Abnormal development of the head and neck of the talus
|
|
How much backward rotation of the clavicle to achieve full scapular upward rotation?
|
45-50 degrees
|
|
What general deformities are observed with clubfoot?
|
Plantar flexed, adducted and inverted foot
|
|
What specific deformities are seen at the talocrural joint with clubfoot?
|
Plantar flexion
|
|
What specific deformity is seen at the subtalar talocalcaneal, talonavicular and calcaneocuboid joints?
|
inversion
|
|
What specific deformity is seen at the midtarsal joints?
|
Supination
|
|
True/False: Talipes Equinovarus requires surgical correctment?
|
TRUE
|
|
What structures guard the shoulder joint superiorly?
|
Supraspinatus and coracoacromial arch
|
|
What structures stabilize the shoulder posteriorly?
|
Infraspinatus and tere minor
|
|
What are 5 possible etiologies of equinus?
|
Congenital Bone Deformity, neurological disorders, contracture of gastrocnemius/soleus, trauma or inflammatory disease
|
|
What deformity is observed in equinus?
|
Plantar flexed foot
|
|
What structure protects the shoulder anteriorly?
|
Subscapularis
|
|
What compensations are secondary to limited dorsiflexion in equinus?
|
Subtalar and midtarsal pronation
|
|
Which muscles cause upward rotation of the scapula during arm elevation?
|
Trapezius and serratus anterior
|
|
What are 5 etiologies of Hallux Valgus?
|
Biomechanical malalignment, ligamentous laxity, heredity, weak muscles and footwear that is too tight
|
|
Which muscles cause downward rotation during shoulder extension?
|
Rhomboids, levator scapulae, pectoralis minor
|
|
Which muscles cause scapular protraction?
|
Serratur Anterior and pectoralis minor
|
|
What is the deformity observed in Hallux Valgus?
|
Medial deviation of head of first metatarsal, metatarsal and base of proximal first phalanx move medially while distal phalanx moves laterally
|
|
What is the normal metatarsalphalangeal angle?
|
8-20 degrees
|
|
Which muscles cause scapular retraction?
|
Rhomboids, middle and lower trapezius
|
|
Which muscles cause elevation of the scapula?
|
Upper trapezius and levator scapulae
|
|
Which muscles cause depression of the scapula?
|
pectoralis minor and latissimus dorsi
|
|
When are the subacromial and subdeltoid bursae palpable?
|
When the humerus is extended
|
|
What are 4 possible etiologies of metatarsalgia?
|
Tight triceps surae and/or achilles tendon, collapse of transverse arch, short first ray, pronation of forefoot
|
|
What is the most common complaint with metatarsalgia?
|
Pain at first and second metatarsal heads after long periods of weight bearing
|
|
Where can the axillary artery be palpated? |
In the lateral wall on the inferior part of the axilla
|
|
What causes the talipes equinovarus type of clubfoot? |
Abnormal development of the head and neck of the talus
|
|
What 2 nerves branch off before the trunk of the brachial plexus is formed?
|
Long thoracic and Dorsal Scapular
|
|
When do the Superior, Middle, and Inferior trunks form?
|
As they pass over the first rib
|
|
Where is the first rib located in relation to the spinal column?
|
Between C8 and T1 nerve roots
|
|
What is the path of the Suprascapular nerve?
|
Arises from superior trunk, passes beneath the trapezius through the suprascapular notch to innervate the supraspinatus and infraspinatus
|
|
Which structure can impinge the suprascapular nerve?
|
Superior Transverse Scapular Ligament
|
|
Where does the trunk divide into divisions?
|
Beneath the clavicle
|
|
Where are the lateral, posterior and medial cords formed?
|
beneath pectoralis minor
|
|
What are 3 possible etiologies of Metatarsus Adductus?
|
Congenital, muscle imbalance, neuromuscular diseases
|
|
What are the 2 types of Metatarsus Adductus?
|
Rigid and flexible
|
|
What are the deformities seen in the ridig form of Metatarsus Adductus?
|
Medial subuluxation of tarsometatarsal joints, hindfoot is slightly in valgus with navicular lateral to head of talus
|
|
What are the deformities seen in the flexible form of Metatarsus Adductus?
|
Adduction of all five metatarsals at the tarsometatarsal joints
|
|
What condition is characterized as a peroneal muscular atrophy that affects motor and sensory nerves
|
Charot-Marie-Tooth Disease
|
|
Where is the most frequently fractured area of the humerus?
|
Surgical Neck
|
|
What is the normal progession of Charcto-Marie-tooth disease?
|
Initially affects muscles in the lower leg and foot, but eventually progresses to muscles of hands and forearm
|
|
What is the carrying angle of the elbow for men and women?
|
10-15 in men, 20-25 in women
|
|
What is the most common clinical sign of plantar fasciitis?
|
Limited ROM of first MTP and talocrural joint
|
|
What ligament provides stability for the proximal radioulnar joint?
|
Annular ligament
|
|
What are 3 possible etiologies of rearfoot varus?
|
Abnormal mechanical alignment of tibia, shortened rearfoot soft tissues, malunion of calcaneus
|
|
What deformities are observed in rearfoot varus?
|
rigid inversion of calcaneus when subtalar joint is in neutral position
|
|
When does the biceps brachii perform supination?
|
When the elbow is flexed to 90 degrees
|
|
What are 2 possible etiologies for rearfoot valgus?
|
Genu Valgum or tibial valgus
|
|
What deformity is observed with rearfoot valgus?
|
Eversion of calcaneus with a neutral subtalar joint
|
|
Fewer problems develop with rearfoot varus than with rearfoot valgus?
|
FALSE
|
|
Where is the subcutaneous olectranon burse located?
|
In the tissue over the olecranon
|
|
Where is the subtendinous olecranon bursa located?
|
between the tendon of the triceps and the olecranon
|
|
What is the etiology of forefoot varus?
|
Congenital abnormal deviation of head and neck of talus
|
|
What deformity is observed with forefoot varus?
|
Inversion of forefoot when subtalar join is in neutral |
|
What 2 nerves branch off before the trunk of the brachial plexus is formed?
|
Long thoracic and Dorsal Scapular |
|
Where can the brachial artery be palpated?
|
Anterior region of the cubital fossa
|
|
What is a common effect of brachial artery injury?
|
Volkmann's Ischemic contracture, which is a permanent shortening of the deep flexors of the forearm
|
|
What is a Colle's Fracture?
|
Fracture of the distal radius
|
|
What is the MOI for a Colle's fracture?
|
FOOSH
|
|
What is the etiology of forefoot valgus?
|
Congenital abnormal deviation of head and neck of talus
|
|
What deformity is observed with forefoot valgus?
|
Eversion of forefoot when the subtalar joint is in neutral
|
|
Where is the Ulnar Nerve located in the elbow?
|
Posterior to the medial epicondyle
|
|
Name the proximal row of carpal bones from lateral to medial
|
Scaphoid, lunate, triquetrum pisiform
|
|
Name the distal row of carpal bones from lateral to medial
|
Trapezium, trapezoid, capitate, hamate
|
|
Which bones is the flexor retinaculum attached to?
|
Scaphoid and trapezium
|
|
What is the most frequently fractured carpal bone?
|
Scaphoid
|
|
Are the metatarsal heads proximal or distal?
|
distal
|
|
What are the 3 arches of the hand?
|
Longitudinal, metacarpophalangeal transverse and carpal transverse
|
|
What is the etiology of Spondylolysis/spondylolisthesis?
|
Congenitally defective pars interarticularis
|
|
What is spondylolysis?
|
Fracture of the pars interarticularis with positive " on oblique radiographic view of spine
|
|
What is spondylolisthesis?
|
The actual anterior or posterior slippage of one vertebra on another, following bilateral fracture of pars interarticularis
|
|
What is a uniaxial pivot t in supination/pronation?
|
Distal radioulnar joint
|
|
What is a biaxial ellipsoid joint between the radius and the scaphoid and lunate bones?
|
Radiocarpal joint
|
|
How is spondylolisthesis graded?
|
By the amount of slippage 1 = 25%, 4 = 100%
|
|
What is one clinical test that can help test for spondylolisthesis?
|
Stork test
|
|
What is the load bearing ratio between radius and ulna?
|
60:40 radius
|
|
What 3 ligaments help to stabilize the intercarpal joints?
|
Dorsal, palmar and interosseous
|
|
What are 6 PT interventions for Spondylolysis/Spondylolisthesis?
|
Joint mobilization, Dynamica stabilization of the trunk, Avoidanc of extension, postural reeducation, braces, no spinal manipulation
|
|
What condition is characterized by a congenital narrowing of the spinal canal coupled with hypertrophy of the spinal lamina and ligamentum flaum as the result of age related degenerative processes?
|
Spinal Stenosis
|
|
Anterior dislocation of the lunate can cause what?
|
Compression of the median nerve against the flexor retinaculum
|
|
What are 4 signs/symptoms of spinal stenosis?
|
Bilateral pain and parasthesia in back, buttocks, thighs, calves and feet; pain decreases with flexion increases with extension, pain increases with walking, pain relieved with prolonged rest
|
|
True/False: Wrist extension is predominantly at radiocarpal joint and wrist flexion is primarily at the midcarpal joint?
|
TRUE
|
|
Is the hand normally in flexion or extension?
|
Extension
|
|
Where can the brachial artery be palpated?
|
Anterior region of the cubital fossa
|
|
Where can the brachial artery be palpated?
|
Anterior region of the cubital fossa
|
|
What is a common effect of brachial artery injury?
|
Volkmann's Ischemic contracture, which is a permanent shortening of the deep flexors of the forearm
|
|
What is a Colle's Fracture?
|
Fracture of the distal radius
|
|
What is the MOI for a Colle's fracture?
|
FOOSH
|
|
What is the etiology of forefoot valgus?
|
Congenital abnormal deviation of head and neck of talus
|
|
What deformity is observed with forefoot valgus?
|
Eversion of forefoot when the subtalar joint is in neutral
|
|
Where is the Ulnar Nerve located in the elbow?
|
Posterior to the medial epicondyle
|
|
Name the proximal row of carpal bones from lateral to medial
|
Scaphoid, lunate, triquetrum pisiform
|
|
Name the distal row of carpal bones from lateral to medial
|
Trapezium, trapezoid, capitate, hamate
|
|
Which bones is the flexor retinaculum attached to?
|
Scaphoid and trapezium
|
|
What is the most frequently fractured carpal bone?
|
Scaphoid
|
|
Are the metatarsal heads proximal or distal?
|
distal
|
|
What are the 3 arches of the hand?
|
Longitudinal, metacarpophalangeal transverse and carpal transverse
|
|
What is the etiology of Spondylolysis/spondylolisthesis?
|
Congenitally defective pars interarticularis
|
|
What is spondylolysis?
|
Fracture of the pars interarticularis with positive " on oblique radiographic view of spine
|
|
What is spondylolisthesis?
|
The actual anterior or posterior slippage of one vertebra on another, following bilateral fracture of pars interarticularis
|
|
What is a uniaxial pivot t in supination/pronation?
|
Distal radioulnar joint
|
|
What is a biaxial ellipsoid joint between the radius and the scaphoid and lunate bones?
|
Radiocarpal joint
|
|
How is spondylolisthesis graded?
|
By the amount of slippage 1 = 25%, 4 = 100%
|
|
What is one clinical test that can help test for spondylolisthesis?
|
Stork test
|
|
What is the load bearing ratio between radius and ulna?
|
60:40 radius
|
|
What 3 ligaments help to stabilize the intercarpal joints?
|
Dorsal, palmar and interosseous
|
|
What are 6 PT interventions for Spondylolysis/Spondylolisthesis?
|
Joint mobilization, Dynamica stabilization of the trunk, Avoidanc of extension, postural reeducation, braces, no spinal manipulation
|
|
What condition is characterized by a congenital narrowing of the spinal canal coupled with hypertrophy of the spinal lamina and ligamentum flaum as the result of age related degenerative processes?
|
Spinal Stenosis
|
|
Anterior dislocation of the lunate can cause what?
|
Compression of the median nerve against the flexor retinaculum
|
|
What are 4 signs/symptoms of spinal stenosis?
|
Bilateral pain and parasthesia in back, buttocks, thighs, calves and feet; pain decreases with flexion increases with extension, pain increases with walking, pain relieved with prolonged rest
|
|
True/False: Wrist extension is predominantly at radiocarpal joint and wrist flexion is primarily at the midcarpal joint?
|
TRUE
|
|
Is the hand normally in flexion or extension?
|
Extension
|
|
Where can the brachial artery be palpated?
|
Anterior region of the cubital fossa |
|
Where can the brachial artery be palpated?
|
Anterior region of the cubital fossa
|
|
What 3 muscles provide dynamic wrist stability in both flexion and extension?
|
Extensor carpi ulnaris, extensor pollicis brevis, abductor pollicis longus
|
|
What are the two major wrist flexors?
|
Flexor carpi ulnaris and flexor carpi radialis
|
|
Between the flexor carpi ulnaris and flexor carpi radialis, which is the more effective wrist flexor?
|
Flexor carpi radialis
|
|
What are the 3 main radial deviators?
|
Extensor carpi radialis longus, Extensor carpi radialis brevis, flexor carpi radialis
|
|
What are the 2 main ulnar deviators?
|
Flexor carpi unlarnis and extensor carpi ulnaris
|
|
What are 4 PT interventions for Spinal Stenosis?
|
Joint mobilization, flexion based exercises, postural education traction
|
|
What position should the cervical spine be in to promote the best intervertebral foramina opening?
|
15 degrees of flexion
|
|
How many muscles are in the anterior forearm>?
|
8
|
|
What two muscles pronate the forearm
|
pronator teres and quadratus
|
|
What 3 muscles flex the hand?
|
Flexor carpi radialis, flexor carpi ulnaris and palmaris longus
|
|
What 3 muscles flex the digits?
|
Flexor digitorum superficialis, flexor digitorum profundus and flexor pollicis longus
|
|
What are 5 contraindications to cervical traction?
|
Joint hypermobility, pregnancy, rheumatoid arthritis, down syndrome or any other systemic disease which affects ligamentous integrity
|
|
What are the signs/symptoms of n internal disc disruption?
|
Constant deep achy pain, increased pain with movment, no objective neurological symptoms
|
|
How many muscles are in the posterior forearm?
|
11
|
|
What 3 muscles extend the hand?
|
Extensor carpi radialis longus, extensor carpi radialis brevis, extensor carpi ulnaris
|
|
What 3 muscles extend the fingers?
|
Extensor digitorum, extensor indicis and extensor digiti minimi
|
|
What 3 muscles extend the thumb?
|
Abductor pollicis longus, extensor pollicis brevis, extensor pollicis longus
|
|
Where does the radial artery enter the hand?
|
Near the radial styloid process
|
|
A supracondylar fracture of the elbow can possibly cause which injury?
|
Damage to the radial artery
|
|
What are 2 PT interventions for internal disc disruptions?
|
Joint mobilizations, postural education
|
|
What is contraindicated for a patient with internal disc disruptions?
|
Spinal manipulation
|
|
What are 2 reasons that disc herniations usually occur posteriorly?
|
Posterior longitudinal ligament is not as strong and only centrally located in lumbar spine, posterior lamellae of annulus are thinner.
|
|
What are the signs/symptoms of posterior disc herniation?
|
Loss of strength, radicular pain, parasthesias and inability to perform ADLs
|
|
Which ligaments help support the MCP joints?
|
Palmar, transverse and collateral
|
|
When do the collateral ligaments become tight in MCP joints?
|
During flexion
|
|
What are 4 PT interventions for posterior disc herniation?
|
Dyanamic stability and positional gapping, posture education, traction
|
|
What is a general rule regarding the role of intrinsic and extrinsic hand muscles?
|
Extrinsic provide functional power, intrinsic provide fine control
|
|
How would you do positional gapping for a left posterolateral lumbar herniation?
|
Have patient side-lying on right side, with pillow under right trunk, flex both hips and knees, rotate trunk to left
|
|
True/False: Spinal manipulation is contraindicated for a dis herniation
|
TRUE
|
|
What is the optimal amount of wrist extension for functional use?
|
20-30 degrees
|
|
What 3 muscles provide dynamic wrist stability in both flexion and extension? |
Extensor carpi ulnaris, extensor pollicis brevis, abductor pollicis longus
|
|
How many muscles control the thumb? How many are intrinsic, extrinsic?
|
8,4,4
|
|
Radial nerve damage will do what to hand function?
|
Affect the ability to maintain the functional wrist position and to release an object
|
|
Median nerve damage will do what to hand function?
|
Affects flexion of the digits on the radial side of the hand and precision grip
|
|
Ulnar nerve damage will do what to hand function?
|
Affects flexion of the ulnar side digits and power grip
|
|
What are the signs/symptoms of DJD of the spine>?
|
Reduction in mobility, pain, possible impingement of associated nerve root
|
|
What is a clinical test that can be used for DJD of the spine?
|
Lumbar quadrant test
|
|
A fracture of the neck of the femur may disrupt blood to what artery and cause what?
|
Obturator artery, aseptic necrosis
|
|
What is the etiology of facet entrapment?
|
Abnormal movement of fibroadipose meniscoid does not properly reenter joint cavity and bunches up, becoming a space occupying lesion, which distends capsule and causes pain
|
|
Do patients with Facet Entrapment feel better in flexion or extension?
|
Flexion
|
|
What are the 3 ligaments that blend with the hip capsule?
|
Iliofemoral, Ischiofemoral, pubofemoral
|
|
What are the 2 prime hip flexors?
|
Iliacus and the Psoas Major
|
|
What is the name of the Iliacus and Psoas Major combined?
|
Iliopsoas
|
|
What structures may be injured in "whiplash"
|
Facets/articular processes, facet joint capsules, ligaments, discs, muscles, odontoid process, spinous processes, TMJ, sympathetic chain ganglia, spinal and cranial nerves
|
|
What are the early signs/symptoms of "whiplash"
|
Headaches, neck pain, limited flexibility, reversal of lower cervical lordosis, decrease in upper cervical kyphosis, vertigo, change in vision and hearing, irritability to noise and light, dyesthesias of face and bilateral UEs, nausea, difficulty swallowing and emotional lability
|
|
What are the 2 prime hip extensors?
|
Gluteus Maximus and Hamstrings
|
|
What are the late signs/symptoms of "whiplash"
|
Chronic head/neck pain, limitation in flexibility, TMJ dysfunction, limited tolerance to ADLs, disequilibrium, anxiety and depression
|
|
What are the common clinical signs of "whiplash"
|
Postural changes, excessive muscle guarding with soft tissue fibrosis, segmental hypermobility, gradual development of restricted segmental motion
|
|
What are the 2 main hip abductors?
|
Gluteus medius and gluteus minimus
|
|
What are the 3 main hip adductors?
|
Adductor magnus, adductor longus, adductor brevis
|
|
What are the 2 main hip IRs?
|
Anterior fibers of gluteus medius and gluteus minimus
|
|
What are the 2 main hip ERs?
|
Obturator externus and quadratus femoris
|
|
What nerves does the sciatic nerve branch into halfway down the thigh?
|
Tibial and Common Fibular
|
|
What other muscle other than the piriformis can be involved in sciatic nerve compression?
|
Hamstrings
|
|
What is the chief blood supplier to the LE?
|
Femoral Artery
|
|
What are 5 clinical tests that will look for SI joint dysfunction?
|
Gillets, Ipsilateral anterior rotation, Gaenslen's, Long sitting, Goldthwait's
|
|
What are 5 PT interventions for SI dysfunction?
|
Manipulation, Strengthening, Mobilization, Postural education, SI belts
|
|
Which movement locks the knee?
|
Medial rotation of the femur
|
|
Do the menisci move anteriorly of posteriorly during flexion?
|
Posteriorly
|
|
Repetitive trauma disorders account for what percent of occupational diseases?
|
48%
|
|
What percentage of back pain goes undiagnosed?
|
85%
|
|
Which meniscus is more commonlly injured?
|
Medial
|
|
How many muscles control the thumb? How many are intrinsic, extrinsic?
|
8,4,5
|
|
What is the strongest ligament in the knee?
|
PCL
|
|
When is the PCL taut?
|
Flexion
|
|
When is the ACL taut?
|
Extension
|
|
What are signs/symptoms of Esophageal cancer?
|
Pain radiating to the back, pain with swallowing, dysphagia and weight loss
|
|
What are signs/symptoms of Pancreatic Cancer?
|
Deep gnawing pain that radiates from chest to back
|
|
What are the signs/symptoms of Acute Pancreatitis?
|
Mid epigastric pain radiating through to the back
|
|
What are signs/symptoms of Cholecystitis?
|
Abrupt, severe abdominal pain and right upper quadrant tenderness, nausea, vomiting and fever
|
|
Where can pain from Heart and Lung Disorders refer to?
|
chest, back, neck, jaw, UEs
|
|
How does an abdominal aortic aneurysm present?
|
Nonspecific lumbar pain
|
|
Which muscle internally rotates the tibia and retracts the medial meniscus?
|
Semimembranosus
|
|
Which muscle externally rotates the tibia?
|
Biceps Femoris
|
|
Where is the suprapatellar bursa?
|
Lies superiorly between the femur and the quadriceps tendon
|
|
Where is the popliteus bursa?
|
Between the tendon of the popliteus and the lateral condyle of the tibia
|
|
Where is the anserine bursa?
|
Seperates the tendons of the sartorius, gracilis and semitendinosus from the proximal part of the medial surface of the tibia
|
|
Where is the gastrocnemius bursa?
|
Deep to the attachment of the tendon of the medial gastrocnemius muscle
|
|
What is the path of the popliteal artery?
|
Begins when the femoral artery passes through the adductor hiatus in the adductor magnus tendon and ends when it branches into the anterior and posterior tibial arteries at the inferior borderof the popliteus muscle.
|
|
What are signs/symptoms of TMJ dysfunction?
|
Joint noise, joint locking, limited flexibility, lateral deviation, decreased strength, tinnitus, headaches, forward head posture, pain with movement of mandible
|
|
What bones does the calcaneus articulate with?
|
Talus and Cuboid
|
|
What bone is located between the the head of talus and the 3 cuneiform bones?
|
Navicular
|
|
True/False: The heads of the metatarsals support some weight bearing?
|
TRUE
|
|
Violent inversion of the foot can cause what boney injury?
|
Avulsion of the tuberosity of the fifth metatarsal where fibularis brevis inserts
|
|
What are 4 signs/symptoms of RTC tear?
|
Significant reduction in AROM into abduction, No reduction in PROM, Positive Drop Arm Test, Poor scapulothoracic and glenohumeral rhythm
|
|
What ligaments support the distal tibiofibular joint?
|
Inferior transverse ligament, interosseus ligament, anterior tibiofibular ligament and the posterior tibiofibular ligament
|
|
What movement does the fibula make during dorsiflexion?
|
The fibular rotates laterally to accomdate the sider portion of the talus
|
|
What is a normal recovery from a flexor tendon repair?
|
3-4 weeks distal extremity immobilized, wrist and digits flexed, resisted extension, passive flexion. 4 weeks AROM as tolerated.
|
|
What ligament gives the talocrural joint medial support?
|
Deltoid Ligament
|
|
What ligament gives the talocrural joint lateral support?
|
Calcaneofibular, anterior talofibular and posterior talofibular ligaments
|
|
What is the normal recovery from an extensor tendon repair?
|
Distal IP joints are in neutral for 6-8 weeks. AROM initiated at 5 weeks.
|
|
What is the normal recovery from an ORIF fracture repair?
|
Non-Weightbearing for 1-2 weeks, after WBAT
|
|
During gait, what is the function of the Subtalar joint?
|
In pronation, the subtalar joint allows the foot to conform to irregular surfaces, in supination the subtalar joint acts as a rigid lever that allows propulsion
|
|
Supination of the subtalar joint causes what motion in the tibia?
|
External Rotation
|
|
Pronation of the subtalar joint cuases what motion in the tibia?
|
Internal Rotation
|
|
What is the strongest ligament in the knee?
|
PCL
|
|
With a cemented THA how long should the patient be PWB?
|
3 weeks
|
|
With a cementless THA how long until the patient is WBAT?
|
Immediately
|
|
How long after a THA until the patient is allowed to do isometric exercises?
|
Immediately
|
|
How long after a THA until the patient is allowed to do active exercises?
|
1-4 weeks
|
|
With a TKA what ROM is ok during the first 2 weeks?
|
0-90 degrees
|
|
With a TKA what ROM is ok after 3-4 weeks?
|
0-120 degrees
|
|
With a cemented TKA what is the WB status immediately after surgery?
|
WBAT
|
|
With a TKA when are isometric exercises permitted?
|
Immediately
|
|
With a TKA when are resisted exercises permitted?
|
2-3 weeks
|
|
What are 3 pros of the Hamstring graft for ACL surgery?
|
Typically fewer symptoms post-op, Greater return to prior level of function, Earlier rehab
|
|
What are 3 pros of the Patellar Tendon graft for ACL surgery?
|
Better graft tension post-op, less expensive, faster healing
|
|
What are 3 cons of the Hamstring graft for ACL surgery?
|
More expensive, technically more difficult, rehab more difficult
|
|
What are 3 cons of the Patellar Tendon graft for ACL surgery?
|
Greater potential for anterior knee pain and patellafemoral OA, increase potential for knee extension deficit, delay in rehab secondary to more sever atrophy of quads
|
|
What should the CPM be set at immediately following ACL repair?
|
0-70 degrees
|
|
What should the CPM be set at after six weeks following ACL repair?
|
0-120 degrees
|
|
What is AROM limited to immediately after ACL repair?
|
20-70 degrees by a brace
|
|
How long is the patient NWB following ACL repair?
|
one week
|
|
When is the patient weened from the brace following ACL repair?
|
between 2nd and 4th weeks
|
|
What is the brace set at for ambulation for a PCL repair immediately following surgery?
|
0 degrees
|
|
Soft tissue massage to quadriceps after ACL or PCL repair is designed to do what?
|
Reduce muscle gaurding
|
|
Joint oscillations following ACL or PCL repair is designed to do what?
|
Decrease pain and reduce muscle guarding
|
|
What are the 3 arches of the foot?
|
Medial, Longitudinal and Transverse
|
|
Where is the longitudinal arch of the foot located?
|
From the calcaneus to the metatarsal heads
|
|
What structures give dynamic stability to the medial arch of the foot?
|
Fibularis longus, posterior tibialis and intrinsic muscles
|
|
What structures give static stability to the medial arch of the foot?
|
Plantar calcaneonavicular ligament
|
|
What structure gives support to the lateral longitudinal arch?
|
Long plantar ligament
|
|
What makes up the transverse arch of the foot?
|
Cuneiform and cuboid bones
|
|
What supports the transverse arch of the foot?
|
Metatarsal heads and musculoligamentous complex
|
|
What are 2 major interventions after Lateral Retinacular release?
|
Closed kinetic chain exercises to strengthen quads and regain dynamic balance of structures, normalize flexibility of the hamstrings, triceps surae and ITB.
|
|
Why is a lateral retinacular release usually performed?
|
To improve patellar tracking to reduce patellafemoral pain
|
|
Where is the dorsalis pedis artery found?
|
Dorsum of the foot passing over the navicular and cuneiform bones just lateral to the extensor hallucis longus tendon
|
|
After a partial meniscectomy when is PWB allowed?
|
As soon as full extension is achieved
|
|
When is AROM encouraged after a partial meniscectomy?
|
Immediately |
|
With a cemented THA how long should the patient be PWB?
|
4 weeks
|
|
What is one recommendation for jogging following partial meniscectomy?
|
Running on the balls of the feet to decrease loading on the knee joint
|
|
How long is a Pt NWB following a meniscus repair?
|
3-6 weeks
|
|
When should rehab following a meniscus repair start?
|
7-10 days post op
|
|
What two parts of the vertebrae make up the vertebral arch?
|
Laminae and pedicles
|
|
What part of the vertebrae meet to form the spinous process?
|
Laminae
|
|
How long should patients avoid prolonged sitting, heavy lifting after spinal repair?
|
3 months
|
|
How long should an immobilizing brace be worn after a multilevel spinal fusion?
|
6 weeks
|
|
Which spinal fusion approach reduces the need for bracing?
|
Combined anterior/posterior
|
|
After a Harrington Rod placement surgery for idiopathic scoliosis, when can ambulation begin?
|
4-7 days post op
|
|
After Harrington Rod placement surgery for idiopathic scoliosis, what are the 2 early rehab goals?
|
Early bed mobility and effective coughing
|
|
How does a wedge fracture of the vertebrae occur?
|
Forced flexion of the thoracic and lumbar spine
|
|
What is the inner gelatinous layer of the intervertebral disc called?
|
Nucleus Pulposus
|
|
What is the recommended amount of exercise during the acute stage of an injury?
|
40-60% of one rep max which stimulates regeneration of tissue and revascularization
|
|
What is the outer ring layer of the intervertebral disc called?
|
Annular Rings
|
|
What structures does the ligamentum flavum connect?
|
Laminae of adjacent vertebrae
|
|
Dysfunction of the SI joint may cause dysfunction in what other area?
|
L4 and L5
|
|
What are 2 possible causes for chronic conditions?
|
Abnormal remodeling of injured tissues and chronic low-grade inflammation due to repetitive stresses of tissues
|
|
The splenius capitis and splenius cervicis cause what motion?
|
laterally flex and rotate the head ipsilaterally (alone), extend the head and neck (together)
|
|
Which group of the erector spinae is most lateral?
|
Iliocostalis
|
|
Which group of the erector spinae is in the middle?
|
longissimus
|
|
Which group of the erector spinae is the most medial?
|
Spinalis
|
|
What is the function of the erector spinae muscles?
|
Unilaterally - Laterally flex the head and vertebrae, Bilaterally - extend the head and vertebral column
|
|
Which muscles make up the transversospinal muscle group?
|
Semispinalis, multifidus, rotatores
|
|
What is the function of the transversospinal muscle group?
|
Bilaterally - extend and stabilize the spine, Unilaterally - Laterally flex ipsillaterally and rotate the trunk contralaterally
|
|
What is the purpose of soft tissue/myofascial techniques?
|
Aid in reduction of metabolites from muscle, reactivating a muscle that has not been functioning secondary to guarding and ischemia, revascularization and decrease in guarding
|
|
How does soft tissue/myofascial techniques affect the autonomic system?
|
Stimulation of skin and superficial fascia facilitate a decrease in muscle tension
|
|
What is the function of the Quadratus Lumborum
|
Stabilize the lumbar spine, unilaterally elevates the ilium, bilaterally assists in forved exhalation and extends the back
|
|
What is the purpose of mechanical stimluation techniques?
|
Causes histological and mechanical changes in soft tissues to produce improved mobility and function
|
|
Where is the thyroid cartilage located?
|
C4 and C5
|
|
Where is the hyoid bone located?
|
C3
|
|
True/False: Soft tissue massage without motion should is perpendicular to muscle fibers?
|
FALSE
|
|
What is the function of the platysma?
|
Tenses the skin of the neck and assists in depressing the mandible.
|
|
What is the function of the trapezius?
|
Unilaterally - Moves the neck ipsilaterally, Bilaterally - shrugs the shoulders
|
|
What is the path of the vertebral arteries?
|
Branch off subclavian artery and ascend vertically through the transverse foramina of the cervical vertebrae into the brain at the foramen magnum |
|
What is one recommendation for jogging following partial meniscectomy?
|
Running on the balls of the feet to decrease loading on the knee joint |
|
How long is a transverse friction massage?
|
5-10 minutes
|
|
What forms the roof of TMJ?
|
Temporal bones
|
|
What are Feldenkreis movements?
|
Practitioner gently introduces new passive movements to help patient get a sense of movement
|
|
What are 4 purposes of joint oscillations?
|
Inhibit pain and/or muscle guarding, lubricate joint surfaces, provide nutrition to the joint structures, stretch tight connective tissus
|
|
How does the articular disc divide the TMJ cavity?
|
Superior/Inferior
|
|
Is the TMJ articular disc more firmly attached to the mandible or the temporal bone?
|
Mandible
|
|
What are the contraindications for Joint mobilization?
|
Joint ankylosis, malignancy involving bone, ligament affecting diseases, arterial insufficiency, active inflammatory process
|
|
How much does the temporomandibular ligament allow the jaw to open before it tightens?
|
20-25 mm
|
|
When does the TMJ usually dislocate?
|
Yawning or taking a large bit
|
|
Which direction does the TMJ usually dislocate?
|
Anteriorly
|
|
What is a clinical sign of TMJ dislocation?
|
Inability to close mouth
|
|
What are the absolute contraindications of traction?
|
Joint ankylosis, malignancy involving bone, ligament affecting diseases, arterial insufficiency, active inflammatory process
|
|
What are the relative contraindications of tractions?
|
DJD, metabolic bone disease, hypermobility, total joint replacement, pregnancy, spondylolisthesis, use of steroids, radicular symptoms
|
|
What is the function of the of the temporalis, masseter and medial pterygoid muscles?
|
Elevation of the mandible
|
|
What muscles are resposible for protrusion of the mandible?
|
Lateral and medial pterygoid
|
|
What muscle is responsible for retrusion of the mandible?
|
Posterior fibers of the temporalis
|
|
At what segment(s) does the musculocutaneous nerve originate?
|
C5, C6
|
|
Which muscles does the musculocutaneous nerve innervate?
|
Coracobrachialis, biceps brachii, brachialis
|
|
What is the sensory distribution of the musculocutaneous nerve?
|
Anterolateral surface of the forearm
|
|
What muscular dysfunction is seen with musculocutaneous nerve palsy?
|
Loss of forearm flexion when supinated, weakened supination
|
|
At what segment(s) does the Axillary nerve originate?
|
C5, C6
|
|
Which muscles does the axillary nerve innervate?
|
deltoid, teres minor
|
|
What is the sensory distribution of the axillary nerve?
|
Lateral arm over lower portion of deltoid
|
|
What muscular dysfunction is seen with axillary nerve palsy?
|
Loss of shoulder abduction, weakened ER
|
|
At what segment(s) does the Radial nerve originate?
|
C5, C6, C7, C8, T1
|
|
Which muscles does the Radial nerve innervate?
|
Triceps, anconeus, brachiradialis, supinator, wrist extensors, finger extensors, thumb extensors
|
|
What is the sensory distribution of the Radial nerve?
|
Posterior arm, posterior forearm, radial side of posterior hand
|
|
What muscular dysfunction is seen with Radial nerve palsy?
|
Loss of elbow, wrist and finger extension
|
|
At what segment(s) does the Median nerve originate?
|
C6, C7, C8, T1
|
|
Which muscles does the Median nerve innervate?
|
Pronators, wrist flexors, finger flexors on radial side, most thumb muscles
|
|
What is the sensory distribution of the Median nerve?
|
Palmar aspects of thumb, second third and fourth (radial half) fingers
|
|
What muscular dysfunction is seen with Median nerve palsy?
|
Loss of pronation, thumb opposition, flexion and abduction
|
|
At what segment(s) does the Ulnar nerve originate?
|
C7, C8, T1
|
|
Which muscles does the Ulnar nerve innervate?
|
Flexor Carpi Ulnaris, flexor digitorum profundus (medial half), interossei, fourth and fifth lumbricals
|
|
What is the sensory distribution of the Ulnar nerve?
|
Fourth finger (medial portion) fifth finger
|
|
How long is a transverse friction massage?
|
5-10 minutes
|
|
At what segment(s) does the sciatic nerve originate?
|
L4 - S3
|
|
Which muscles does the Sciatic nerve innervate?
|
Hamstrings and adductor magnus
|
|
What is the sensory distribution of the Sciatic nerve?
|
Tibial nerve, superficial fibular, deep fibular distributions
|
|
What muscular dysfunction is seen with Sciatic nerve palsy?
|
Loss of knee flexion, weak hip adduction, loss of all muscle function below the knee
|
|
At what segment(s) does the femoral nerve originate?
|
L2, L3, L4
|
|
Which muscles does the femoral nerve innervate?
|
Sartorius, quadriceps, iliacus, pectineus
|
|
What is the sensory distribution of the femoral nerve?
|
Middle anterior thigh, medial thigh proximal to the knee
|
|
What muscular dysfunction is seen with femoral nerve palsy?
|
Loss of hip flexion and knee extension
|
|
At what segment(s) does the tibial nerve originate?
|
L4 - S3
|
|
Which muscles does the tibial nerve innervate?
|
Gastrocnemius, soleus, plantaris, popliteus, and tibialis posterior
|
|
What is the sensory distribution of the tibial nerve?
|
posterolateral calf, ankle and heel
|
|
What muscular dysfunction is seen with tibial nerve palsy?
|
loss of plantarflexion and supination
|
|
At what segment(s) does the Superfical fibular nerve originate?
|
L5 - S2
|
|
Which muscles does the superficial fibular nerve innervate?
|
Fibularis longus and brevis
|
|
What is the sensory distribution of the superficial fibular nerve?
|
Anterolateral distal lower leg and ankle, most of the dorsum of the foot
|
|
What muscular dysfunction is seen with superficial fibular nerve palsy?
|
Loss of eversion
|
|
At what segment(s) does the Deep fibular nerve originate?
|
L4 - S2
|
|
Which muscles does the deep fibular nerve innervate?
|
Tibialis anterior, extensor hallucis longus, extensor digitorum longus, fibularis tertius, first and second dorsal interossei, extensor digitorum brevis, extensor hallucis brevis
|
|
What is the sensory distribution of the deep fibular nerve?
|
Web space between the first and second toes on the dorsum of the foot
|
|
What muscular dysfunction is seen with deepfibular nerve palsy?
|
Loss of dorsiflexion and weakness in the foot intrinsics
|
|
What is Cranial Nerve I?
|
Olfactory
|
|
What is the function of the olfactory nerve?
|
Smell
|
|
What is Cranial Nerve II?
|
Optic
|
|
What is the function optic nerve
|
Sight, pupillary reflexes
|
|
What does damage to the optic nerve cause?
|
monocular blindness, loss of pupillary constriction, absense of eye blink
|
|
What is Cranial Nerve III?
|
Oculomotor
|
|
What is the function of the oculomotor nerve?
|
Moves the eye and elevates the upper eyelid
|
|
What does damage to the oculomotor nerve cause?
|
Ptosis, dilation of pupil, loss of acommodation of the light reflex
|
|
What is Cranial Nerve IV?
|
Trochlear
|
|
What is the function of the trochlear nerve?
|
Superior oblique muscle
|
|
What does damage to the trochlear nerve cause?
|
Diplopia, failure to rotate the eye up and out
|
|
What is cranial nerve V?
|
Trigeminal
|
|
What is the function of the trigeminal nerve
|
Mastication and sensory nerve for the head
|
|
What does damage to the trigeminal nerve do?
|
Loss of facial sensation, weakness of the muscles of mastication, deviation of opened jaw to ipsilateral side
|
|
What is cranial nerve VI?
|
Abducens
|
|
What is the function of the abducens nerve?
|
Abducts the eye via nerve supply to the lateral rectus muscle |
|
At what segment(s) does the sciatic nerve originate?
|
L4 - S4 |
|
What is cranial nerve VII?
|
Facial
|
|
What is the function of the facial nerve?
|
Facial expression, speech articulation, winking, ingestion of food and drink, taste, salivary and nasal secretions
|
|
What does damage to the facial nerve do?
|
Ipsilateral facial paralysis, dry mouth, loss of taste anterior third of the tongue (Bell's Palsy)
|
|
What is cranial nerve VIII?
|
Vestibulocochlear
|
|
What is the function of the vestibulocochlear nerve?
|
Maintenance of equilibrium, hearing
|
|
What does damage to the vestibulocochlear nerve cause?
|
vertigo, nystagmus, dysequilibrium, tinnitus, loss of hearing
|
|
What is cranial nerve IX?
|
Glossopharyngeal
|
|
What is the function of the glossopharyngeal nerve?
|
Elevates pharynx, salivary secretion, taste
|
|
What does damage to the glossopharyngeal nerve cause?
|
Slight dysphagia, partial dry mouth, loss of taste posterior third of tongue
|
|
What are 4 examples of NSAIDs?
|
Ibuprofen (motrin), naproxen (aleve), salsalate (discalced) and indomethacin (Indocin)
|
|
What are the side effects of NSAIDs?
|
GI irritation, fluid retention, renal or liver problems, and prolonged bleeding
|
|
What is cranial nerve X?
|
Vagus
|
|
What is the function of the vagus nerve?
|
Phonation, visceral sensations and reflexes, cardiac depressor, bronchoconstrictor, GI tract peristalsis and secretion
|
|
What does damage to the vagus nerve cause?
|
Palpitation, tachycardia, vomiting, slowing of respiration, ipsilateral paralysis of soft palate and larynx, hoarseness, anesthesia of the larynx
|
|
What is cranial nerve XI?
|
Accessory
|
|
What is the function of the accessory nerve?
|
Deglutition and phonation, movements of head and shoulders
|
|
What does damage to the accessory nerve cause?
|
Weakness in shrugging ipsilateral shoulder, turning head to the opposite side
|
|
What are 3 examples of muscle relaxers?
|
Cyclobenzaprine HCl (Flexeril), methocarbamol (Robaxin) and carsoprodol (Soma)
|
|
What are adverse affects of muscle relaxers?
|
drowsiness, lethargy, ataxia and decreased alertness
|
|
What is cranial nerve XII?
|
Hypoglossal
|
|
What is the function of the hypoglossal nerve?
|
Movements of the tongue
|
|
What does damage to the hypoglossal nerve cause?
|
Unilateral paralysis of the tongue, deviation to the ipsilateral side with protrusion
|
|
What is an example of a nonnarcotic analgesic?
|
Acetaminophen (Tylenol)
|
|
When are nonnarcotic analgesics prescribed?
|
When NSAIDs are contraindicated
|
|
What are adverse side effets of nonnarcotic analgesics?
|
Excessive amounts may lead to liver disease or acute liver shutdown
|
|
What is Hoover's Test?
|
Malingering Test: Therapists examination of the amount of pressure the patient's heels place on the the therapist's hand when the patient is asked to raise one lower extremity in a supine position
|
|
What is Burn's Test?
|
Malingering Test: Patient kneels and bends over a chair to touch the floor
|
|
What is Waddell's Test?
|
Malingering Test: Evaluates tenderness, simulation, distraction, regional disturbances and overreaction
|
|
Where is the fulcrum in a first class lever?
|
Between the force and resistance
|
|
What is one example of a first class lever in the human body?
|
Head sitting on first cervical vertebrae flexing/extending
|
|
Where is the fulcrum in a second class lever?
|
Axis at one end, then resistance then force
|
|
What is one example of a second class lever in the human body?
|
Closed chain plantarflexion
|
|
Where is the fulcrum on a third class lever?
|
Fulcrum at one end, then force, then resistance
|
|
What is the advantage of a third class lever?
|
ROM
|
|
What is the most common lever type in the human body?
|
Third Class
|
|
What is an example of a third class lever in the human body?
|
Knee flexion
|
|
What spinal level coincides with the Superior Angle of the Scapula?
|
T2
|
|
What is cranial nerve VII? |
Facial
|
|
What spinal level coincides with the inferior angle of the scapula?
|
T7
|
|
What spinal level coincides with the xiphoid process of the sternum?
|
T7
|
|
What spinal level coincides with the Naval?
|
T10
|
|
What spinal level coincides with the iliac crest?
|
L4
|
|
What spinal level coincides with the PSIS?
|
S2
|
|
Where should a plumb line fall through in normal posture?
|
External meatus, acromion process, hip joint, posterior to patella, anterior to lateral malleolus
|
|
What is the glenohumeral capsular pattern?
|
ER > Abd. > Flex > IR
|
|
What is the elbow capsular pattern?
|
Flexion > Extension
|
|
What is the radioulnar capsular pattern?
|
Pronation = Supination
|
|
What is the wrist capsular pattern?
|
Flexion = Extension
|
|
What is the interphalangeal capsular pattern?
|
Flexion > Extension
|
|
What is the Hip Capsular Pattern?
|
Flexion > IR > Abd
|
|
What is the knee capsular pattern?
|
Flexion > Extension
|
|
What is the ankle capsular pattern?
|
PF > DF
|
|
What is the toe capsular pattern?
|
Ext > Flex
|
|
What is type I muscle fibers?
|
Slow twitch
|
|
Are type I muscle fibers red or white?
|
Red
|
|
What is type II muscle fibers?
|
Fast Twitch
|
|
Are type II muscle fibers red or white?
|
White
|
|
What is the action of the anconeus?
|
Elbow Extension
|
|
What is the nerve supply for the anconeus?
|
Radial
|
|
What is the spinal segment for the anconeus?
|
C7, C8, (T1)
|
|
What is the action of the Biceps Brachii
|
Elbow Flexion/supination
|
|
What is the nerve supply for the biceps brachii?
|
Musculocutaneous
|
|
What is the spinal segment for the iceps brachii?
|
C5, C6
|
|
What is the action of the brachialis
|
Elbow Flexion
|
|
What is the nerve supply for the brachialis?
|
Musculocutaneous
|
|
What is the spinal segment for the brachialis?
|
C5, C6, (C7)
|
|
What is the action of the brachioradialis?
|
Elbow Flexion
|
|
What is the nerve supply for the brachioradialis?
|
Radial
|
|
What is the spinal segment for the brachioradialis?
|
C5, C6, (C7)
|
|
What is the action of the Corachobrachialis?
|
Shoulder Flexion
|
|
What is the nerve supply for the Corachobrachialis?
|
Musculocutaneous
|
|
What is the spinal segment for the Corachobrachialis?
|
C5, C6, C7
|
|
What is the action of the Deltoid?
|
Abduction, SHoulder flexion, horizontal adduction, IR, Extension, horizontal abduction, ER
|
|
What is the nerve supply for the Deltoid?
|
Axillary
|
|
What is the spinal segment for the Deltoid?
|
C5, C6
|
|
What is the action of the Flexor Carpi Radialis?
|
Pronation/Wrist Flexion/Radial Deviation |
|
What spinal level coincides with the inferior angle of the scapula? |
T7 |
|
What is the spinal segment for the Flexor Carpi RAdialis?
|
C6, C7
|
|
What is the action of the Flexor Carpi Ulnaris?
|
Elbow flexion, wrist flexion, ulnar deviation
|
|
What is the nerve supply for the Flexor Carpi Ulnaris?
|
Ulnar
|
|
What is the spinal segment for the Flexor Carpi Ulnaris?
|
C7, C8
|
|
What is the action of the infraspinatus?
|
Horizontal abduction, abduction, ER
|
|
What is the nerve supply for the infraspinatus?
|
Suprascapular
|
|
What is the spinal segment for the infraspinatus?
|
C5, C6
|
|
What is the action of the Latissimus Dorsi?
|
Extension, Adduction, IR, Scapular depression, scapular protraction
|
|
What is the nerve supply for the latissimus dorsi?
|
Thoracodorsal
|
|
What is the spinal segment for the latissimus dorsi?
|
C6, C7, C8
|
|
What is the action of the Levator Scapulae?
|
Scapular elevation, scapular downward rotation
|
|
What is the nerve supply for the levator scapulae?
|
Dorsal scapular and C3 and C4 nerve roots
|
|
What is the spinal segment for the levator scapulae?
|
C3, C4
|
|
What is the action of the Pectoralis Major?
|
Horizontal adduction, adduction, IR, Scapular depression and scapular protraction
|
|
What is the nerve supply for the pectoralis major?
|
Lateral Pectoral
|
|
What is the spinal segment for the pectoralis major?
|
C5, C6
|
|
What is the action of the Pectoralis Minor?
|
Scapular depression, protraction, downard rotation
|
|
What is the nerve supply for the pectoralis minor?
|
Medial Pectoral
|
|
What is the spinal segment for the pectoralis minor?
|
C8, T1
|
|
What is the action of the pronator teres?
|
Elbow flexion, pronation
|
|
What is the nerve supply for the pronator teres?
|
Median
|
|
What is the spinal segment for the pronator teres?
|
C6, C7
|
|
What is the action of the pronator quadratus?
|
Pronation
|
|
What is the nerve supply for the pronator quadratus?
|
Median
|
|
What is the spinal segment for the pronator quadratus?
|
C8, (T1)
|
|
What is the action of the rhomboid major?
|
Elevation, scapular retraction, scapular downard rotation
|
|
What is the nerve supply for the rhomboid major?
|
Dorsal Scapular
|
|
What is the spinal segment for the rhomboid major?
|
(C4), C5
|
|
What is the action of the rhomboid minor?
|
Elevation, scapular retraction, scapular downard rotation
|
|
What is the nerve supply for the rhomboid major?
|
Dorsal Scapular
|
|
What is the spinal segment for the rhomboid major?
|
(C4), C5
|
|
What is the action of the serratus anterior?
|
Depression, upward rotation, protraction
|
|
What is the nerve supply for the serratus anterior?
|
Long Thoracic
|
|
What is the spinal segment for the serratus anterior?
|
C5, C6, (C7)
|
|
What is the action of the subscapularis?
|
Abduction/Adduction/IR
|
|
What is the nerve supply for the subscapularis?
|
Subscapular
|
|
What is the spinal segment for the subscapularis?
|
C5, C6
|
|
What is the action of the supinator?
|
Supination
|
|
What is the nerve supply for the supinator?
|
Radial
|
|
What is the spinal segment for the Flexor Carpi RAdialis?
|
C6, C8
|
|
What is the spinal segment for the Flexor Carpi RAdialis?
|
C6, C7
|
|
What is the action of the Flexor Carpi Ulnaris?
|
Elbow flexion, wrist flexion, ulnar deviation
|
|
What is the nerve supply for the Flexor Carpi Ulnaris?
|
Ulnar
|
|
What is the spinal segment for the Flexor Carpi Ulnaris?
|
C7, C8
|
|
What is the action of the infraspinatus?
|
Horizontal abduction, abduction, ER
|
|
What is the nerve supply for the infraspinatus?
|
Suprascapular
|
|
What is the spinal segment for the infraspinatus?
|
C5, C6
|
|
What is the action of the Latissimus Dorsi?
|
Extension, Adduction, IR, Scapular depression, scapular protraction
|
|
What is the nerve supply for the latissimus dorsi?
|
Thoracodorsal
|
|
What is the spinal segment for the latissimus dorsi?
|
C6, C7, C8
|
|
What is the action of the Levator Scapulae?
|
Scapular elevation, scapular downward rotation
|
|
What is the nerve supply for the levator scapulae?
|
Dorsal scapular and C3 and C4 nerve roots
|
|
What is the spinal segment for the levator scapulae?
|
C3, C4
|
|
What is the action of the Pectoralis Major?
|
Horizontal adduction, adduction, IR, Scapular depression and scapular protraction
|
|
What is the nerve supply for the pectoralis major?
|
Lateral Pectoral
|
|
What is the spinal segment for the pectoralis major?
|
C5, C6
|
|
What is the action of the Pectoralis Minor?
|
Scapular depression, protraction, downard rotation
|
|
What is the nerve supply for the pectoralis minor?
|
Medial Pectoral
|
|
What is the spinal segment for the pectoralis minor?
|
C8, T1
|
|
What is the action of the pronator teres?
|
Elbow flexion, pronation
|
|
What is the nerve supply for the pronator teres?
|
Median
|
|
What is the spinal segment for the pronator teres?
|
C6, C7
|
|
What is the action of the pronator quadratus?
|
Pronation
|
|
What is the nerve supply for the pronator quadratus?
|
Median
|
|
What is the spinal segment for the pronator quadratus?
|
C8, (T1)
|
|
What is the action of the rhomboid major?
|
Elevation, scapular retraction, scapular downard rotation
|
|
What is the nerve supply for the rhomboid major?
|
Dorsal Scapular
|
|
What is the spinal segment for the rhomboid major?
|
(C4), C5
|
|
What is the action of the rhomboid minor?
|
Elevation, scapular retraction, scapular downard rotation
|
|
What is the nerve supply for the rhomboid major?
|
Dorsal Scapular
|
|
What is the spinal segment for the rhomboid major?
|
(C4), C5
|
|
What is the action of the serratus anterior?
|
Depression, upward rotation, protraction
|
|
What is the nerve supply for the serratus anterior?
|
Long Thoracic
|
|
What is the spinal segment for the serratus anterior?
|
C5, C6, (C7)
|
|
What is the action of the subscapularis?
|
Abduction/Adduction/IR
|
|
What is the nerve supply for the subscapularis?
|
Subscapular
|
|
What is the spinal segment for the subscapularis?
|
C5, C6
|
|
What is the action of the supinator?
|
Supination
|
|
What is the nerve supply for the supinator?
|
Radial
|
|
What is the spinal segment for the Flexor Carpi RAdialis?
|
C6, C8 |
|
What is the spinal segment for the Flexor Carpi RAdialis?
|
C6, C8
|
|
What is the nerve supply for the supraspinatus?
|
Suprascapular
|
|
What is the spinal segment for the supraspinatus?
|
C5, C6
|
|
What is the action of the teres major?
|
Extension/Horizontal Abd, Adduction, IR
|
|
What is the nerve supply for the teres major?
|
Subscapular
|
|
What is the spinal segment for the teres major?
|
C5, C6
|
|
What is the action of the teres minor?
|
Extension/Horizontal Abd, Adduction, ER
|
|
What is the nerve supply for the teres minor?
|
Axillary
|
|
What is the spinal segment for the teres minor?
|
C5, C6
|
|
What is the action of the trapezius?
|
Retraction/elevation/depression/upward rotation
|
|
What is the nerve supply for the trapezius?
|
Accessory, C3 and C4 nerve roots
|
|
What is the spinal segment for the trapezius?
|
Cranial nerve XI, C3, C4
|
|
What is the action of the triceps?
|
Elbow extension
|
|
What is the nerve supply for the triceps?
|
Radial
|
|
What is the spinal segment for the triceps?
|
C6, C7, C8
|
|
What is the action of the extensor carpi radialis longus?
|
Wrist extension/radial deviation
|
|
What is the nerve supply for the extensor carpi radialis longus?
|
Radial
|
|
What is the spinal segment for the extensor carpi radialis longus?
|
C6, C7
|
|
What is the action of the extensor carpi radialis brevis?
|
Wrist extension
|
|
What is the nerve supply for the extensor carpi radialis brevis?
|
Posterior interosseus
|
|
What is the spinal segment for the extensor carpi radialis brevis?
|
C7, C8
|
|
What is the action of the extensor carpi ulnaris?
|
Wrist extension/ ulnar deviation
|
|
What is the nerve supply for the extensor carpi ulnaris?
|
Posterior interosseus
|
|
What is the spinal segment for the extensor carpi ulnaris?
|
C7, C8
|
|
What is the action of the abductor pollicis longus?
|
Radial deviation / Thumb abduction
|
|
What is the nerve supply for the abductor pollicus longus?
|
Posterior interosseus
|
|
What is the spinal segment for the abductor pollicus longus?
|
C7, C8
|
|
What is the action of the extensor pollicis longus?
|
Thumb extension / retroposition
|
|
What is the nerve supply for the extensor pollicus longus?
|
Posterior interosseus
|
|
What is the spinal segment for the extensor pollicus longus?
|
C7, C8
|
|
What is the action of the extensor pollicis brevis?
|
Radial deviation / thumb abduction / Extension / Retroposition
|
|
What is the nerve supply for the extensor pollicus brevis?
|
Posterior interosseus
|
|
What is the spinal segment for the extensor pollicus brevis?
|
C7, C8
|
|
What is the action of the extensor digitorum?
|
Finger extension
|
|
What is the nerve supply for the extensor digitorum?
|
Posterior interosseus
|
|
What is the spinal segment for the extensor digitorum?
|
C7, C8
|
|
What is the action of the extensor indicis?
|
Index finger extension
|
|
What is the nerve supply for the extensor indicis?
|
Posterior interosseus
|
|
What is the spinal segment for the extensor indicis?
|
C7, C8
|
|
What is the action of the extensor digiti minimi?
|
Fifth finger extension
|
|
What is the nerve supply for the extensor digiti minimi?
|
Posterior interosseus
|
|
What is the spinal segment for the extensor digiti minimi?
|
C7, C8
|
|
What is the nerve supply for the supraspinatus?
|
Suprascapular
|
|
What is the nerve supply for the flexor digitorum profundus?
|
Anterior Interosseus
|
|
What is the spinal segment for the flexor digitorum profundus?
|
C8, T1
|
|
What is the action of the flexor digitorum superficialis?
|
Finger flexion
|
|
What is the nerve supply for the flexor digitorum superficialis?
|
Median
|
|
What is the spinal segment for the flexor digitorum superficialis?
|
C8, T1
|
|
What is the action of the lumbricals?
|
Finger flexion
|
|
What is the nerve supply for the lumbricals?
|
First second (median), third fourth (ulnar)
|
|
What is the spinal segment for the lumbricals?
|
C8, T1
|
|
What is the action of the dorsal interossei?
|
Finger flexion / abduction
|
|
What is the nerve supply for the dorsal interossei?
|
Ulnar
|
|
What is the spinal segment for the dorsal interossei?
|
C8, T1
|
|
What is the action of the flexor digiti minimi?
|
Fifth finger flexion
|
|
What is the nerve supply for the flexor digiti minimi?
|
Ulnar
|
|
What is the spinal segment for the flexor digiti minimi?
|
C8, T1
|
|
What is the action of the palmar interossei?
|
Finger flexion / adduction
|
|
What is the nerve supply for the palmar interossei?
|
Ulnar
|
|
What is the spinal segment for the palmar interossei?
|
C8, T1
|
|
What is the action of the abductor digiti minimi?
|
Fifth finger abduction
|
|
What is the nerve supply for the abductor digiti minimi?
|
Ulnar
|
|
What is the spinal segment for the abductor digiti minimi?
|
C8, T1
|
|
What is the action of the abductor pollicis longus?
|
Thumb abduction
|
|
What is the nerve supply for the abductor pollicis longus?
|
Posterior interosseus
|
|
What is the spinal segment for the abductor pollicis longus?
|
C7, C8
|
|
What is the action of the abductor pollicis brevis?
|
Thumb palmar abduction / Opposition
|
|
What is the nerve supply for the abductor pollicis brevis?
|
Median
|
|
What is the spinal segment for the abductor pollicis brevis?
|
C8, T1
|
|
What is the action of the flexor pollicis brevis?
|
Thumb flexion / opposition
|
|
What is the nerve supply for the flexor pollicis brevis?
|
Median / Ulnar
|
|
What is the spinal segment for the flexor pollicis brevis?
|
C8, T1
|
|
What is the action of the flexor pollicis longus?
|
Thumb flexion
|
|
What is the nerve supply for the flexor pollicis longus?
|
Anterior Interosseus
|
|
What is the spinal segment for the flexor pollicis longus?
|
C8, T1
|
|
What is the action of the opponens pollicis?
|
Thumb flexion / opposition
|
|
What is the nerve supply for the opponsens pollicis?
|
Median
|
|
What is the spinal segment for the opponens pollicis?
|
C8, T1
|
|
What is the action of the abductor pollicis?
|
Thumb palmar abduction / radial abduction
|
|
What is the nerve supply for the abductor pollicis?
|
Ulnar
|
|
What is the spinal segment for the abductor pollicis?
|
C8, T1
|
|
What is the action of the opponens digiti minimi?
|
Fifth finger opposition
|
|
What is the nerve supply for the opponens digiti minimi?
|
Ulnar
|
|
What is the spinal segment for the opponens digiti minimi?
|
C8, T1
|
|
What is normal shoulder Flexion ROM
|
0-180 |
|
What is the nerve supply for the flexor digitorum profundus?
|
Anterior Interosseus
|
|
What is normal shoulder extension ROM
|
0-45
|
|
What are the prime shoulder extensors?
|
Latissimus Dorsi, Posterior deltoid
|
|
What is normal shoulder adduction ROM?
|
0-40
|
|
What are the prime shoulder adductors?
|
Pectoralis Major, Latissimus Dorsi
|
|
What is normal shoulder abduction ROM?
|
0-180
|
|
What are the prime shoulder abductors?
|
Middle deltoid, supraspinatus
|
|
What is normal shoulder IR?
|
0-90
|
|
What are the prime shoulder IRs?
|
Latissimus Dorsi, Pectoralis major
|
|
What is normal Shoulder ER rom?
|
0-90
|
|
What are the prime shoulder ERs?
|
Infraspinatus, teres minor
|
|
What are the prime scapular elevators?
|
Trapezius, levator scapulae
|
|
What are the prime scapular retractors?
|
Rhomboid Major, Rhomboid Minor
|
|
What are the prime scapular protractors?
|
Serratus anterior
|
|
What is normal elbow flexion ROM?
|
0-145
|
|
What are the prime elbow flexors?
|
Brachialis, biceps brachii
|
|
What is normal elbow extension ROM?
|
0-(5)
|
|
What are the prime elbow extensors?
|
Triceps brachii
|
|
What is normal pronation ROM?
|
0-90
|
|
What are the prime pronators?
|
Pronator teres, pronator quadratus
|
|
What is normal supination ROM?
|
0-90
|
|
What are the prime supinators?
|
Biceps brachii, supinator
|
|
What is normal wrist flexion ROM?
|
0-80
|
|
What are the prime wrist flexors?
|
Flexor carpi ulnaris, flexor carpi radialis
|
|
What is normal wrist extension ROM?
|
0-70
|
|
What are the prime wrist extensor?
|
Extensor carpi ulnaris longus / Extensor carpi ulnaris brevis
|
|
What is normal wrist abduction ROM?
|
0-20
|
|
What are the prime wrist abductors?
|
Extensor carpi radialis longus, Extensor carpi radialis brevis
|
|
What is normal wrist adduction ROM?
|
0-45
|
|
What are the prime wrist adductors?
|
Flexor carpi ulnaris, extensor carpi ulnaris
|
|
What is the action of the abductor digiti minimi?
|
Toe abduction
|
|
What is the nerve supply for the abductor digiti minimi?
|
Tibial
|
|
What is the spinal segment for the abductor digiti minimi?
|
S2 - S3
|
|
What is the action of the abductor hallucis?
|
Toe abduction / Toe flexion
|
|
What is the nerve supply for the abductor hallucis?
|
Tibial
|
|
What is the spinal segment for the abductor hallucis?
|
S2 - S3
|
|
What is the action of the adductor brevis?
|
Flexion /Adduction / IR
|
|
What is the nerve supply for the adductor brevis?
|
Obturator
|
|
What is the spinal segment for the adductor brevis?
|
L2 - L3, L4 / L2- L4
|
|
What is the action of the adductor longus?
|
Flexion / Adduction / IR
|
|
What is the nerve supply for the adductor longus?
|
Obturator
|
|
What is the spinal segment for the adductor longus?
|
L2 - L4
|
|
What is the action of the adductor Magnus?
|
Adduction / IR / Extension
|
|
What is the nerve supply for the adductor magnus?
|
Obturato / Sciatic
|
|
What is normal shoulder extension ROM
|
0-46
|
|
What is normal shoulder extension ROM
|
0-45
|
|
What are the prime shoulder extensors?
|
Latissimus Dorsi, Posterior deltoid
|
|
What is normal shoulder adduction ROM?
|
0-40
|
|
What are the prime shoulder adductors?
|
Pectoralis Major, Latissimus Dorsi
|
|
What is normal shoulder abduction ROM?
|
0-180
|
|
What are the prime shoulder abductors?
|
Middle deltoid, supraspinatus
|
|
What is normal shoulder IR?
|
0-90
|
|
What are the prime shoulder IRs?
|
Latissimus Dorsi, Pectoralis major
|
|
What is normal Shoulder ER rom?
|
0-90
|
|
What are the prime shoulder ERs?
|
Infraspinatus, teres minor
|
|
What are the prime scapular elevators?
|
Trapezius, levator scapulae
|
|
What are the prime scapular retractors?
|
Rhomboid Major, Rhomboid Minor
|
|
What are the prime scapular protractors?
|
Serratus anterior
|
|
What is normal elbow flexion ROM?
|
0-145
|
|
What are the prime elbow flexors?
|
Brachialis, biceps brachii
|
|
What is normal elbow extension ROM?
|
0-(5)
|
|
What are the prime elbow extensors?
|
Triceps brachii
|
|
What is normal pronation ROM?
|
0-90
|
|
What are the prime pronators?
|
Pronator teres, pronator quadratus
|
|
What is normal supination ROM?
|
0-90
|
|
What are the prime supinators?
|
Biceps brachii, supinator
|
|
What is normal wrist flexion ROM?
|
0-80
|
|
What are the prime wrist flexors?
|
Flexor carpi ulnaris, flexor carpi radialis
|
|
What is normal wrist extension ROM?
|
0-70
|
|
What are the prime wrist extensor?
|
Extensor carpi ulnaris longus / Extensor carpi ulnaris brevis
|
|
What is normal wrist abduction ROM?
|
0-20
|
|
What are the prime wrist abductors?
|
Extensor carpi radialis longus, Extensor carpi radialis brevis
|
|
What is normal wrist adduction ROM?
|
0-45
|
|
What are the prime wrist adductors?
|
Flexor carpi ulnaris, extensor carpi ulnaris
|
|
What is the action of the abductor digiti minimi?
|
Toe abduction
|
|
What is the nerve supply for the abductor digiti minimi?
|
Tibial
|
|
What is the spinal segment for the abductor digiti minimi?
|
S2 - S3
|
|
What is the action of the abductor hallucis?
|
Toe abduction / Toe flexion
|
|
What is the nerve supply for the abductor hallucis?
|
Tibial
|
|
What is the spinal segment for the abductor hallucis?
|
S2 - S3
|
|
What is the action of the adductor brevis?
|
Flexion /Adduction / IR
|
|
What is the nerve supply for the adductor brevis?
|
Obturator
|
|
What is the spinal segment for the adductor brevis?
|
L2 - L3, L4 / L2- L4
|
|
What is the action of the adductor longus?
|
Flexion / Adduction / IR
|
|
What is the nerve supply for the adductor longus?
|
Obturator
|
|
What is the spinal segment for the adductor longus?
|
L2 - L4
|
|
What is the action of the adductor Magnus?
|
Adduction / IR / Extension
|
|
What is the nerve supply for the adductor magnus?
|
Obturato / Sciatic
|
|
What is normal shoulder extension ROM
|
0-46
|
|
What is the action of the biceps femoris?
|
Hip extension / leg flexion / ER
|
|
What is the nerve supply for the biceps femoris?
|
Sciatic
|
|
What is the spinal segment for the biceps femoris?
|
L2 - L4
|
|
What is the action of the dorsal interossei?
|
Toe abduction / Toe flexion
|
|
What is the nerve supply for the dorsal interossei?
|
Tibial
|
|
What is the spinal segment for the dorsal interossei?
|
L5, S1-S2
|
|
What is the action of the Extensor digitorum brevis?
|
Toe extension
|
|
What is the nerve supply for the Extensor digitorum brevis?
|
Deep Fibular
|
|
What is the spinal segment for the extensor digitorum brevis?
|
S2 - S3
|
|
What is the action of the Extensor digitorum longus?
|
Dorsiflexion / Eversion / Toe Extension
|
|
What is the nerve supply for the Extensor digitorum longus?
|
Deep Fibular
|
|
What is the spinal segment for the extensor digitorum longus?
|
S1 - S2
|
|
What is the action of the Extensor hallucis longus?
|
Dorsiflexion / Inversion / Toe Extension
|
|
What is the nerve supply for the Extensor hallucis longus?
|
Deep Fibular
|
|
What is the spinal segment for the extensor hallucis longus?
|
L5, S1
|
|
What is the action of the flexor digiti minimi brevis?
|
Toe flexion
|
|
What is the nerve supply for the flexor digiti minimi brevis?
|
Tibial
|
|
What is the spinal segment for the flexor digiti minimi brevis?
|
L5, S1
|
|
What is the action of the Flexor digitorum brevis?
|
Toe Flexion
|
|
What is the nerve supply for the Flexor digitorum brevis?
|
Tibial
|
|
What is the spinal segment for the Flexor digitorum brevis?
|
S2 - S3
|
|
What is the action of the Flexor digitorum longus?
|
Plantarflexion / inversion / toe flexion
|
|
What is the nerve supply for the Flexor digitorum longus?
|
Tibial
|
|
What is the spinal segment for the Flexor digitorum longus?
|
S2 - S3
|
|
What is the action of the Flexor hallucis brevis?
|
Toe Flexion
|
|
What is the nerve supply for the Flexor hallucis brevis?
|
Tibial
|
|
What is the spinal segment for the Flexor halluscis brevis?
|
S2 - S3
|
|
What is the action of the Flexor hallucis longus?
|
Plantarflexion / inversion / toe flexion
|
|
What is the nerve supply for the Flexor hallucis longus?
|
Tibial
|
|
What is the spinal segment for the Flexor halluscis longus?
|
S2 - S3
|
|
What is the action of the gastrocnemius?
|
Plantarflexion / Knee flexion
|
|
What is the nerve supply for the gastrocnemius?
|
Tibial
|
|
What is the spinal segment for the gastrocnemius?
|
S1 - S2
|
|
What is the action of the gemellus inferior?
|
External Rotation
|
|
What is the nerve supply for the gemellus inferior?
|
Nerve to obturator internus
|
|
What is the spinal segment for the gemellus inferior?
|
L5, S1
|
|
What is the action of the gemellus superior?
|
External Rotation
|
|
What is the nerve supply for the gemellus superior?
|
Nerve to quadratus femoris
|
|
What is the spinal segment for the gemellus superior?
|
L5, S1
|
|
What is the action of the gluteus maximus?
|
Hip Extension / Abduction / ER
|
|
What is the nerve supply for the gluteus maximus?
|
Inferior gluteal
|
|
What is the spinal segment for the gluteus maximus?
|
L5, S1-S2
|
|
What is the action of the gluteus medius?
|
Abduction / IR
|
|
What is the nerve supply for the gluteus medius?
|
Superior Gluteal
|
|
What is the spinal segment for the gluteus medius?
|
L5, S1
|
|
What is the action of the gluteus minimus?
|
Abduction / IR |
|
What is the nerve supply for the biceps femoris?
|
Sciatic |
|
What is the spinal segment for the gluteus minimus?
|
L5, S1
|
|
What is the action of the gracilis?
|
Adduction / Flexion / IR
|
|
What is the nerve supply for the gracilis?
|
Oturator
|
|
What is the spinal segment for the gracilis?
|
L2 - L3
|
|
What is the action of the Iliacus?
|
Flexion
|
|
What is the nerve supply for the iliacus?
|
Femoral
|
|
What is the spinal segment for the iliacus?
|
L2 - L3
|
|
What is the action of the Obturator Externus?
|
External Rotation
|
|
What is the nerve supply for the obturator externus?
|
Obturator
|
|
What is the spinal segment for the obturator externus?
|
L3 - L4
|
|
What is the action of the Obturator Internus?
|
External Rotation
|
|
What is the nerve supply for the obturator internus?
|
Nerve to obturator internus
|
|
What is the spinal segment for the obturator internus?
|
L5, S1
|
|
What is the action of the pectineus?
|
Flexion / Adduction / IR
|
|
What is the nerve supply for the pectineus?
|
Femoral
|
|
What is the spinal segment for the pectineus?
|
L2 - L3
|
|
What is the action of Fibularis Brevis?
|
Plantarflexion / Eversion
|
|
What is the nerve supply for the fibularis brevis?
|
Superficial Fibular
|
|
What is the spinal segment for the fibularis brevis?
|
L5, S1 - S2
|
|
What is the action of Fibularis Longus?
|
Plantarflexion / Eversion
|
|
What is the nerve supply for the fibularis longus?
|
Superficial Fibular
|
|
What is the spinal segment for the fibularis longus?
|
L5, S1 - S2
|
|
What is the action of Fibularis Tertius?
|
Dorsiflexion / Eversion
|
|
What is the nerve supply for the fibularis tertius?
|
Deep Fibular
|
|
What is the spinal segment for the fibularis tertius?
|
L5, S1
|
|
What is the action of Piriformis?
|
External Rotation
|
|
What is the nerve supply for the piriformis?
|
Anterior Rami of S1 and S2
|
|
What is the spinal segment for the piriformis?
|
L5, S1 - S2
|
|
What is the action of plantaris?
|
Plantarflexion / knee flexion
|
|
What is the nerve supply for the plantaris?
|
Tibial
|
|
What is the spinal segment for the plantaris?
|
S1 - S2
|
|
What is the action of popliteus?
|
Knee flexion / Unlocks knee joint
|
|
What is the nerve supply for the popliteus?
|
Tibial
|
|
What is the spinal segment for the popliteus?
|
L4, L5, S1
|
|
What is the action of Psoas?
|
Flexion
|
|
What is the nerve supply for the psoas?
|
Anterior Rami of Lumbar nerves
|
|
What is the spinal segment for the psoas?
|
L1 - L3
|
|
What is the action of Quadratus Femoris?
|
External Rotation
|
|
What is the nerve supply for the quadratus femoris?
|
Nerve to the Quadratus femoris
|
|
What is the spinal segment for the quadratus femoris?
|
L5, S1
|
|
What is the action of RectusFemoris?
|
Hip Flexion / Knee Extension
|
|
What is the nerve supply for the rectus femoris?
|
Femoral
|
|
What is the spinal segment for the rectus femoris?
|
L2 - L4
|
|
What is the action of Sartorius?
|
Flexion / Abduction / ER
|
|
What is the nerve supply for the sartorius?
|
Femoral
|
|
What is the spinal segment for the sartorius?
|
L2 - L3 |
|
What is the spinal segment for the gluteus minimus?
|
L5, S2
|
|
What is the nerve supply for the semimembranosus?
|
Sciatic
|
|
What is the spinal segment for the semimembranosus?
|
L5, S1 - S2
|
|
What is the action of semitendinosus?
|
Hip Extension / Leg Flexion / IR
|
|
What is the nerve supply for the semitendinosus?
|
Sciatic
|
|
What is the spinal segment for the semitendinosus?
|
L5, S1 - S2
|
|
What is the action of soleus?
|
Plantarflexion
|
|
What is the nerve supply for the soleus?
|
Tibial
|
|
What is the spinal segment for the soleus?
|
S1 - S2
|
|
What is the action of Tensor Fascia Latae?
|
Abduction / IR / Knee Extension / Knee Flexion
|
|
What is the nerve supply for the Tensor Fascia Latae?
|
Superior Gluteal
|
|
What is the spinal segment for the Tensor Fascia Latae?
|
L4 - L5
|
|
What is the action of Tibialis anterior?
|
Dorsiflexion / Inversion
|
|
What is the nerve supply for the tibialis anterior?
|
Deep Fibular
|
|
What is the spinal segment for the tibialis anterior?
|
L4 - L5
|
|
What is the action of Tibialis posterior?
|
Plantarflexion / Inversion
|
|
What is the nerve supply for the tibialis posterior?
|
Tibial
|
|
What is the spinal segment for the tibialis posterior?
|
L4 - L5
|
|
What is the action of vastus intermedius?
|
Knee Extension
|
|
What is the nerve supply for the vastus intermedius?
|
Femoral
|
|
What is the spinal segment for the vastus intermedius?
|
L2, L3, L4
|
|
What is the action of vastus lateralis?
|
Knee Extension
|
|
What is the nerve supply for the vastus lateralis?
|
Femoral
|
|
What is the spinal segment for the vastus lateralis?
|
L2, L3, L4
|
|
What is the action of vastus medialis?
|
Knee Extension
|
|
What is the nerve supply for the vastus medialis?
|
Femoral
|
|
What is the spinal segment for the vastus medialis?
|
L2, L3, L4
|
|
What are the prime hip flexors?
|
Iliacus, psoas major, tensor fasia latae
|
|
What is normal hip flexion ROM?
|
110-120
|
|
What are the prime hip extensors?
|
Gluteus maximus, hamstrings
|
|
What is normal hip extension ROM?
|
10/15/2015
|
|
What are the prime hip abductors?
|
Gluteus medius, gluteus minimus
|
|
What is normal hip abduction ROM?
|
30-50
|
|
What are the prime hip adductors?
|
Adductor longus, adductor magnus, adductor brevis
|
|
What is normal hip adduction ROM?
|
30
|
|
What are the prime hip IRs?
|
TFL, Gluteus medius, gluteus minimus
|
|
What is normal hip IR ROM?
|
30-40
|
|
What are the prime hip ERs?
|
Obturator internus, gemelli, quadratus femoris
|
|
What is normal hip ER ROM?
|
40-60
|
|
What are the prime knee flexors?
|
Semimembranosus, Semitendinosus, Biceps Femoris
|
|
What is normal knee flexion ROM?
|
125-135
|
|
What are the prime knee extensors?
|
Quadriceps femoris
|
|
What is normal knee extension ROM?
|
5/10/2015
|
|
What are the prime Tibial IRs?
|
Popliteus, semimembranosus, semitendinosus
|
|
What is normal tibial IR ROM?
|
20-30
|
|
What are the prime Tibial ERs?
|
Biceps Femoris
|
|
What is normal tibial ER ROM?
|
30-40
|
|
What are the prime ankle plantarflexors?
|
Gastrocnemius, soleus
|
|
What is the nerve supply for the semimembranosus?
|
Sciatic
|
|
What are the prime ankle dorsiflexors?
|
Tibialis anterior, extensor digitorum longus
|
|
What is normal ankle dorsiflexion ROM?
|
20
|
|
What are the prime ankle Evertors?
|
Fibularis longus, fibularis brevis
|
|
What is normal ankle eversion ROM?
|
10
|
|
What are the prime forefoot Evertors?
|
Fibularis longus, fibularis brevis
|
|
What is normal forefoot eversion ROM?
|
25
|
|
What are the prime ankle invertors?
|
Tibials anterior, tibialis posterior
|
|
What is normal ankle inversion ROM?
|
20
|
|
T1 MRI is better used in defining anatomy or pathology?
|
Anatomy
|
|
T2 MRI is better used in defining anatomy or pathology?
|
Pathology
|
|
What are function MRIs used for?
|
Metabolic changes in the brain
|
|
What are the prime forefoot invertors?
|
Tibialis anterior, tibialis posterior
|
|
What is normal forefoot inversion ROM?
|
25
|
|
What are the prime forefoot abductors?
|
Fibularis longus, fibularis brevis, fibularis tertius
|
|
What is normal forefoot abduction ROM?
|
15
|
|
What are the prime forefoot adductors?
|
Tibialis anterior, tibialis posterior, extensor hallucis
|
|
What is normal forefoot adduction?
|
30
|
|
What muscle is tested at C4?
|
Upper Trapezius
|
|
What motor function is tested at C4?
|
Shoulder shrug
|
|
What sensory function is tested at C4?
|
Upper trap, lower neck
|
|
What muscle is tested at C5?
|
Deltoid, Biceps
|
|
What motor function is tested at C5?
|
Shoulder abduction, elbow flexion
|
|
What reflex is tested at C5?
|
Biceps Tendon
|
|
What sensory function is tested at C5?
|
Deltoid area
|
|
What muscle is tested at C6?
|
Wrist extension, biceps
|
|
What motor function is tested at C6?
|
Wrist extension, elbow flexion
|
|
What reflex is tested at C6?
|
Brachioradialis tendon
|
|
What sensory function is tested at C6?
|
Radial border of the hand
|
|
What muscle is tested at C7?
|
Wrist flexors, triceps
|
|
What motor function is tested at C7?
|
Wrist flexion, elbow extension
|
|
What reflex is tested at C7?
|
Triceps tendon
|
|
What sensory function is tested at C7?
|
Index, middle and ring finger
|
|
What are the advantages of CT scans?
|
Fast, high quality imaging of bone, soft tissue and blood vessels simulataneously
|
|
What is a disadvantage of CT scans?
|
Large amounts of ionizing radiation
|
|
What muscle is tested at C8?
|
Thenar muscles
|
|
What motor function is tested at C8?
|
Thumb extension
|
|
What sensory function is tested at C8?
|
Ulnar border of the hand
|
|
What muscle is tested at T1?
|
Interossei
|
|
What motor function is tested at T1?
|
Abduction and adduction of the fingers
|
|
What sensory function is tested at T1?
|
Medial arm
|
|
What muscle is tested at L2?
|
Ilipsoas
|
|
What motor function is tested at L2?
|
Hip flexion
|
|
What sensory function is tested at L2?
|
Anterolateral thigh
|
|
What muscle is tested at L3?
|
Ilipsoas, quadriceps
|
|
What motor function is tested at L3?
|
Hip flexion, knee extension
|
|
What reflex is tested at L3?
|
Patellar Tendon
|
|
What sensory function is tested at L3?
|
Anteromedial and distal thigh
|
|
What muscle is tested at L4?
|
Tibialis anterior
|
|
What are the prime ankle dorsiflexors?
|
Tibialis anterior, extensor digitorum longus
|
|
What reflex is tested at L4?
|
Patellar Tendon
|
|
What sensory function is tested at L4?
|
Medial calf and ankle
|
|
What muscle is tested at L5?
|
Extensor hallucis longus
|
|
What motor function is tested at L5?
|
Toe extension
|
|
What sensory function is tested at L5?
|
Lateral leg, anterior shin, foot
|
|
What muscles is tested at S1?
|
Fibularis longus / fibularis brevis
|
|
What motor function is tested at S1?
|
Plantar flexion / eversion
|
|
What reflex is tested at S1?
|
Achilles Tendon
|
|
What sensory function is tested at S1?
|
Lateral ankle and foot
|
|
What muscle is tested at S2?
|
Hamstrings
|
|
What motor function is tested at S2?
|
Knee flexion
|
|
What sensory function is tested at S2?
|
Medial posterior thigh
|
|
How much of the gait cycle is stance phase?
|
60%
|
|
What is another name for Initial Contact in the gait cycle?
|
Heel strike
|
|
What is another name for Loading Response in the gait cycle?
|
Foot Flat
|
|
What is another name for Terminal Stance in the gait cycle?
|
Heel Off
|
|
What is another name for Preswing in the gait cycle?
|
Toe off
|
|
What is another name for Initial Swing in the gait cycle?
|
Acceleration
|
|
What is another name for Midswing in the gait cycle?
|
Midswing
|
|
What is another name for terminal swing in the gait cycle?
|
Decleration
|
|
How is step length measured?
|
Heel strike to heel strike
|
|
How is stride length measured?
|
Heel strike to heel strike of same extremity
|
|
What structure seperates the temporal lobe from the frontal and parietal lobes?
|
Lateral central fissure
|
|
What structure seperates the two cerebral hemispheres?
|
Longitudinal Fissure
|
|
What structure seperates the frontal lobe from the parietal lobe?
|
Central sulcus
|
|
What are the 6 cerebral lobes?
|
Frontal, parietal, temporal, occipital, insular, limbic
|
|
What lobe is the precentral gyrus located in?
|
Frontal
|
|
What is located in the precentral gyrus?
|
Primary motor cortex for voluntary muscle activation
|
|
What lobe is the prefrontal cortex located in?
|
Frontal
|
|
What is the function of the prefrontal cortex?
|
Controls emotions and judgements
|
|
What lobe is Broca's area located in?
|
Frontal
|
|
What is the function of Broca's Area>
|
Controls motor aspects of speech
|
|
What muscles position the foot for loading response?
|
Tibialis anterior and long toe extensors
|
|
What muscles make up the pretibial muscles?
|
Tibialis anterior and long toe extensors
|
|
What muscle contracts in preparation for loading response?
|
Quadriceps
|
|
What lobe is the postcentral gyrus located in?
|
Parietal
|
|
What is the function of the postcentral gyrus?
|
Primary sensory cortex
|
|
What lobe is the primary auditory cortex located in?
|
Temporal
|
|
What lobe is Wernicke's Area located in?
|
Temporal
|
|
What is the function of Wernicke's Area?
|
Language Comprehension
|
|
What is the role of the hamstrings during intial contact?
|
Counteract the brief extension torque
|
|
What is the role of the pretibial muscles during loading response?
|
Contract eccentrically to control plantarflexion torque
|
|
What is the role of the quadriceps during loading response?
|
Contract eccentrically to meet torque demands and absorb shock
|
|
What lobe is the primary visual cortex located in?
|
Occipital
|
|
What lobe is the visual association cortex located in?
|
Occipital
|
|
Where is the insula located?
|
Deep within lateral sulcus
|
|
What is the function of the insula?
|
Associated with visceral functions
|
|
What structures make up the limbic system?
|
Cingulate gyrus, parahippocampal gyurs, subcallosal gyrus, hippocampal formation, amygdaloid nucleus, hypothalamus and anterior nucleus of thalamus
|
|
Which structures help to counteract the flexion torque during loading response?
|
Lower fibers of gluteus maximus, adductor magnus and hamstrings
|
|
What reflex is tested at L4?
|
Patellar Tendon
|
|
What function do the soleus and gastrocnemius have during midstance?
|
They contract to control forward progression of the tibia
|
|
What is the function of the limbic system?
|
Concerned with instincts and emotions contributing to preservation of the individual
|
|
What is the function of the transverse fibers in the brain?
|
Connecting the two hemispheres
|
|
What are 3 structures that make up the transverse fibers in the brain?
|
Corpus callosum, anterior commissure, hippocampal commissure
|
|
What is the function of the projection fibers in the brain?
|
connect cerebral hemisphers with other portions of the brain and spinal cord
|
|
What muscle group helps to stabilize the pelvis during midstance?
|
Hip abductor group
|
|
What is the function of the calf muscles during terminal stance?
|
Prevent forward tibial collapse and allow the heel to rise
|
|
What is the function of the rectus femoris during preswing?
|
Restrains rapid passive knee flexion
|
|
What is the function of association fibers in the brain?
|
connect different portions of the cerebral hemisphere allowing cortex to function as an integrated whole
|
|
What structures make up the Basal Ganglia?
|
Caudate Nucleus, nucleus accumbens, putamen, globus pallidus, subthalamic nucleus and substantia nigra
|
|
What is the function of the basal ganglia?
|
Forms an associated motor system with other nuclei in the subthalamus and midbrain
|
|
What is the path of the Oculomotor circuit?
|
Originates in the frtonal and supplementary motor eye fields and projects to caudate
|
|
What is the function of the oculomotor circuit?
|
Saccadic eye movements
|
|
What is the path of the Motor Loop?
|
Originates in precentral motor and postcentral somatosensory areas, projects to putamen neurons
|
|
What is the function of the motor loop?
|
Scale amplitude and velocity of movements, reinforces slected pattern and suppresses conflicting patterns
|
|
What allows the femur to fall forward during Preswing?
|
Momentum along with adductor longus and rectur femoris
|
|
What is the function of the pretibial muscles during intial swing?
|
Initiate dorsiflexion
|
|
What is the path of the limbic circuit?
|
Originates in prefrontal and limbic areas or cortex to basal ganglia to prefrontal cortex
|
|
What is the function of the limbic circuit?
|
Functions to organize behaviors and for procedural learning
|
|
What is the function of the sensory nuclei of the thalamus?
|
Integrate and relay sensory information from body, face, retina, cochlea, and taste receptors to cerebral cortex and subcortical regions, except for smell
|
|
What is the function of the motor nuclei of the thalamus?
|
Relay motor information from cerebellum and globus pallidus to precentral motor cortex
|
|
What is the function of the subthalamus?
|
Involved in control of several functional pathways for sensory, motor and reticular function
|
|
What is the function of the short head of biceps femoris during midswing?
|
Control rate of knee extension
|
|
What is the function of the hypothalamus?
|
Integrates and controls the functions of the autonomic nervous system and neuroendocrine system
|
|
What is the function of the habenular nuclei in the epithalamus?
|
Integrate olfactory, visceral and somatic afferent pathways
|
|
What is the function of the pineal gland?
|
Secretes hormones that influence the pituitary gland and several other organs and influences circadian rhythm?
|
|
What is the function of the quadriceps during terminal swing?
|
Contracts to ensure full knee extension
|
|
What is the function of the hamstrings during terminal swing?
|
Contract eccentrically to decelerate leg
|
|
What is the function of the back extensors and abdominals during gait?
|
Stabilize the trunk in the saggital, horizontal and frontal planes
|
|
What causes arm swing during gait?
|
The trunk rotates approximately 5 degrees
|
|
What is another name for the midbrain?
|
Mesencephalon
|
|
What structures travel through the red nucleus?
|
Fibers from the cerebellum
|
|
What function does the substantia nigra perform?
|
Motor control and muscle tone
|
|
What is the function of the superior colliculus?
|
Relay station for vision and vision reflexes
|
|
What is the function of the inferior colliculus?
|
Relay station for hearing and auditory reflexes
|
|
What is the function of the periaqueductul gray?
|
Produce endorphins and contains descending autonomic tracts
|
|
What is the function of the trunk extensors and rotators during foot flat?
|
Counteract flexion torque
|
|
What structures does the pons connet?
|
Medulla oblangata to the midbrain
|
|
What function does the Midline Raphe Nuclei perform?
|
Important for modulating pain and controlling arousal
|
|
What Cranial nerve nuclei are found in the Tegmentum?
|
Abducens, trigeminal, facial, vestibulochochlear
|
|
What structures does the medulla oblangata connet?
|
Spinal cord with the pons
|
|
How much does the pelvis rotate during gait?
|
4 degrees
|
|
When does the high point of pelvic tilt occur?
|
Midstance
|
|
When does the low point of pelvic tilt occur?
|
Early stance
|
|
What spinal column tracts cross in the medulla oblangata to form medial lemniscus?
|
Gracilis and cuneatus
|
|
In which part of the medulla oblangata do the corticospinal tracts decussate?
|
Pyramids
|
|
Which cranial nerve nuclei are found in the medulla oblangata?
|
Hypoglossal, dorsal nucleus of vagus and vestibulocochlear
|
|
How is the cerebellum attached to the brainstem?
|
By three peduncles (superior, middle, inferior)
|
|
What is another name for the archicerebellum?
|
Flocculonodular lobe
|
|
What is the function of the archicerebellum?
|
Connects with vestibular system and is concerned with equilibrium and regulation of muscle tone, also helps coordinate the vestibuloocular reflex
|
|
What function do the soleus and gastrocnemius have during midstance?
|
They contract to control forward progression of the tibia
|
|
What is the function of the Neocerebellum?
|
Smooth coordination of voluntary movements ensures accurate force, direction and extent of movement. Important for motor learning, sequencing of movements and visually triggered movements. May have a roll in cognitive functioning and mental imagery
|
|
What do the anterior horns of the spinal cord contain>
|
Cell bodies that give rise to efferent (motor) neurons
|
|
What do the posterior horns of the spinal cord contain?
|
Cell bodies that give rise to afferent (sensory) neurons
|
|
What sections of the spinal cord have lateral horns?
|
Thoracic and upper lumbar
|
|
What are the two sections of white matter in the spinal cord?
|
Anterior and Posterior Columns
|
|
What fibers does the dorsal column/medial lemniscal column convey?
|
Proprioception, vibration, tactile discrimination
|
|
What tracts does the fasciculus cuneatus convey?
|
UE tracts
|
|
What tracts does the fasciculus gracilis convey?
|
LE tracts
|
|
Is the fasciculus cuneatus medial or lateral?
|
lateral
|
|
Is the fasciculus gracilis medial or lateral?
|
Medial
|
|
What is the path of the dorsal column?
|
Up the spinal cord to the medulla where they decussate to form medial lemniscus and ascend to the thalamus and then to the somatosensory cortex
|
|
What fibers does the spinothalamic tract convey?
|
Pain and temperature (lateral spinothalamic) and crude touch (anterior spinothalamic)
|
|
How many spinal cord segments does the spinothalamic move up before crossing over?
|
1/2/2015
|
|
What fibers does the spinocerebellar tract convey?
|
Proprioception, golgi tendon organs, pressure
|
|
What is the normal ankle motion from heel strike to foot flat?
|
0-15 degrees PF
|
|
What muscle groups are working from heel strike to foot flat?
|
Pretibial eccentrically to control PF
|
|
Muscle weakness in the pretibial muscles during heel strike to foot flat would cause what?
|
Foot slap
|
|
What is a possible compensation for foot slap during heel strike to foot flat?
|
Foot placed flat or with toes at initial contact
|
|
What is the normal ankle motion from foot flat through midstance?
|
15 PF to 10 DF
|
|
What muscle groups are working from foot flat through midstance?
|
Gastroc / Soleus eccentrically to conrol DF
|
|
What would weakness in the gastro/soleus from foot flat through midstance cause?
|
Uncontrolled tibial advance
|
|
What is a possible compensation for uncontrolled tibial advance from foot flat through midstance?
|
Ankle may be maintained in PF
|
|
What is the path of the corticospinal tract?
|
Arise from primary motor cortex, descends in brainstem, decussates in the medulla to the ventral gray matter in the anterior horn
|
|
What is the path of the vestibulopsinal tract?
|
Arise from vestibular nucleus and descend to spinal cord
|
|
What function does the vestibulospinal tract do?
|
Important for control of muscle tone, antigravity muscles and postural reflexes
|
|
What is the path of the rubrospinal tract?
|
Arise in contrlateral red nucleus and descend in lateral white columns to spinal gray
|
|
What function does the rubrospinal tract have?
|
Assist in motor function
|
|
What is the normal ankle motion from midstance through heel off?
|
10-15 DF
|
|
What muscle groups are active from midstance through heel off?
|
Gastroc / Soleus eccentrically to conrol DF
|
|
What is the result of gastroc / soleus weakenss from midstance through heel off?
|
Uncontrolled tibial advance
|
|
What is a possible compensation for uncontrolled tibial advance from midstance through heel off?
|
Ankle may be maintained in PF
|
|
What is the normal ankle motion from heel off to toe off?
|
15 DF to 20 PF
|
|
What muscle groups are active from heel off to toe off?
|
Gastroc / Soleus / Fibularis Longus / Fibularis Brevis / Flexor Hallucis Longus for PF
|
|
What is the result of weak gastroc / soleus mucles from heel off to toe off?
|
No off off, decreased contralateral step
|
|
What is a possible compensation for No roll off from heel off to toe off?
|
Whole foot is lifted from the ground
|
|
What is the normal ankle motion from Acceleration to midswing?
|
Dorsiflexion to neutral
|
|
What muscle groups are active from acceleration to midswing?
|
Dorsiflexors bring foot back to neutral and prevent toe drag
|
|
What is the result of weak dorsiflexors from acceleration midswing?
|
Foot drop / Toe drag
|
|
What is a possible compensation for foot drop / Toe drag from acceleration through midswing?
|
Increased hip and/or knee flexion, hip hike on the contralateral side, or hip circumduction
|
|
What is the normal knee motion from heel strike to foot flat?
|
Flexion 0-15
|
|
What muscles are active in the knee from heel strike to foot flat?
|
Quads contract to hold knee in extension, then eccentric to control flexion
|
|
What is the result of weak quads from heel strike to foot flat?
|
Excessive knee flexion
|
|
What is a possible compensation for excessive knee flexion from heel strike to foot flat?
|
Plantarflexion at ankle so that foot flat occurs instead of heel strike
|
|
What is the normal knee motion from foot flat through midstance?
|
Extension 15-5
|
|
What muscles are active in the knee from foot flat through midstance?
|
Quads contract in early part
|
|
What is the result of weak quads from foot flat through midstance?
|
Excessive knee flexion
|
|
What is a possible compensation for excessive knee flexion from foot flat through midstance?
|
Plantarflexion at ankle
|
|
What is the normal knee motion from Midstance to heel off?
|
5 flexion to neutral
|
|
What muscles are active in the knee from midstance to heel off?
|
None
|
|
What section of the spinal cord houses the sympathetic nervous system?
|
T1-L2
|
|
What reactions to stimulus does the sympathetic nervous system produce?
|
Fight or flight, Increase HR, increase BP, Constricts peipheral blood vessels and redistributes blood, inhibits peristalsis
|
|
What is the function of the Neocerebellum? |
Smooth coordination of voluntary movements ensures accurate force, direction and extent of movement. Important for motor learning, sequencing of movements and visually triggered movements. May have a roll in cognitive functioning and mental imagery
|
|
What muscles are active in the knee from heel off to toe off?
|
Quads to control knee flexion
|
|
What is the normal knee motion from acceleration through midswing?
|
40-60 flexion
|
|
What muscles are active in the knee from acceleration through midswing?
|
Hamstrings create flexion
|
|
What is the result of hamstring weakness from acceleration through midswing?
|
Inadequate knee flexion
|
|
What is a possible compensation for inadequate knee flexion from acceleration through midswing?
|
Increased hip flexion, circumduction or hiking
|
|
What is normal knee motion from midswing through deceleration?
|
60 flexion to 0 flexion
|
|
What muscles are active in the knee from midswing through deceleration?
|
Quads contract to stabilize knee
|
|
What is the result of quad weakness from midswing through deceleration?
|
Inadequate knee extension
|
|
What is the normal hip motion from heel strike to foot flat?
|
30 flexion
|
|
What muscles are active in the hip from heel strike to foot flat?
|
Erector spinae, gluteus maximus, hamstrings
|
|
What is the result of Erector spinae, glut max or HS weakness from heel strike to foot flat?
|
Excessive hip flexion and anterior pelvic tilt
|
|
What is the possible compensation for excessive hip flexion and anterior pelvic tilt from heel strike through foot flat?
|
Trunk leans backward to prevent hip flexion
|
|
What is normal hip motion from foot flat through midstance?
|
30 flexion to neutral
|
|
What muscles in the hip are active from foot flat through midstance?
|
Gluteus maximus opposes flexion of femur
|
|
What is the result of weak glut max from foot flat through midstance?
|
Excessive hip flexion and anterior pelvic tilt
|
|
What is a possible compensation for excessive hip flexion and anterior pelvic tilt from foot flat through midstance?
|
Trunk leans backward to prevent hip flexion
|
|
What is the normal hip motion from heel off to toe off?
|
10 hyperextension to neutral
|
|
What muscles in the hip are active from heel off to toe off?
|
Iliopsoas, adductor magnus, adductor longus
|
|
What part of the spinal cord is the parasympathetic nervous system found?
|
Cranial and pelvic nerves
|
|
What is the purpose of the parasympathetic nervous system?
|
Rest and digest, decrease HR, decrease BP, increase peristalsis
|
|
What are the 5 parasympathetic plexuses?
|
Cardiac, pulmonary, celiac, hypogastric, pelvic
|
|
What is the normal hip motion from acceleration through midswing?
|
20 - 30 flexion
|
|
What muscles in the hip are active from acceleration through midswing?
|
Hip flexors initiate swing
|
|
What is the result of weak hip flexors from acceleration through midswing?
|
Diminished hip flexion, can't initiate forward movement
|
|
What is a possible compensation for inadequate hip flexion from acceleration through midswing?
|
Circumduction and/or hip hiking to move leg forward
|
|
What is normal hip motion from midswing through deceleration?
|
30 flexion to neutral
|
|
What muscles in the hip are active from midswing through deceleration?
|
Hamstrings
|
|
What is the result of weak hamstrings from midswing through deceleration?
|
Lack of control of swinging leg
|
|
What is a possible cause of foot slap?
|
Flaccid or weak dorsiflexors
|
|
What should you look for if you notice foot slap?
|
low muscle tone at ankle, steppage gait in swing phase
|
|
What is a possible cause of foes first during initial contact?
|
Leg length discrepancy, contracted achilles, flaccidity of dorsiflexors, painful heel
|
|
What should you look for if you notice toes first during initial contact?
|
Leg length discrepancy, hip and/or knee flexion contracture, muscle tone of plantarflexors, pain in heel
|
|
What is a possible cause of foot flat during initial contact?
|
Excessive dorsiflexion, proprioceptive walking
|
|
What should you look for if you notice foot flat during intial contact?
|
ROM at ankle, hyperextension of knee
|
|
What is a possible cause of excessive positional plantarflexion during midstance?
|
No eccentric PF, rupture or contracture of achilles tendon
|
|
What should you look for if you notice excessive positional plantarflexion during midstance?
|
spasitc or weak quads, hyperextension of knee or hip, backward or forward leaning trunk, weakness or rupture of achilles tendon
|
|
What is a possible cause of heel lift in midstance?
|
Spasticity of PF
|
|
What should you look for if you notice heel lift in midstance?
|
Spasticity of PF, quadriceps, hip flexors and adductors
|
|
What is the order of the meningeal layers?
|
Dura Mater - Arachnoid - Subarachnoid Space - Pia mater
|
|
Where is CSF found?
|
Subarachnoid space
|
|
How many ventricles in the brain are there?
|
4
|
|
What is a possible cause of Excessive positional dorsiflexion during midstance?
|
Inability of PF to control tibia, knee or hip flexion contractures
|
|
What should you look for if you notice excessive positional DF during midstance?
|
Test ankle muscles, knee and hip flexors and trunk position
|
|
What is a possible cause of toe clawing?
|
Plantar grasp reflex not full integrated, positive supporting reflex, spastic toe flexors
|
|
What should you look for if you notice toe clawing during midstance?
|
Check plantar grasp reflex, positive supporting reflex and ROM of toes
|
|
What is a possible cause of no roll off during push off?
|
Mechanical fixation of ankle, flaccidity of PF/invertors/toe flexors, rigidity of PF and DF, pain in forefoot
|
|
What should you look for if you notice no roll of during push off?
|
ROM at ankle and foot, muscle function at ankle
|
|
What is a possible cause of toe drag during swing?
|
Weakness of DF and/or toe extensors, spasticity of PF, inadequate knee or hip flexion
|
|
What should you look for if you notice toe drag during swing?
|
Ankle, hip, knee ROM, strength at hip, knee and ankle
|
|
What is a possible cause of varus during swing?
|
Spasticity of invertors, weakness of DF / evertors
|
|
What should you look for if you notice varus during swing?
|
Muscle tone of invertors and PF, DF and evertor strength
|
|
What is a possible cause of Excessive knee flexion during intitial contact?
|
Painful knee, spasticity of knee flexors, weak quads, short leg on contralateral side
|
|
What muscles are active in the knee from heel off to toe off?
|
Quads to control knee flexion |
|
What is a possible cause of knee hyperextension during midstance?
|
Weak quads, spasticity of quads, accomodation to a fixed PF deformity
|
|
What is a possible cause of excessive knee flexion during push off?
|
Pelvis COG too far forward, rigid trunk, knee/hip flexion contraction, flexion withdrawal reflex,
|
|
What is a possible cause of excessive knee flexion during acceleration through midswing?
|
Diminished preswing knee flexion, reflex issues
|
|
What is a possible cause of limited knee flexion during acceleration through midswing?
|
Pain in knee, diminished ROM of knee, extensor spasticity
|
|
What is a possible cause of excessive hip flexion from heel strike to foot flat?
|
Hip and/or knee flexion contracture, knee flexion caused by weak soleus and quads, hypertonicity of hip flexors
|
|
What is a possible cause of limited hip flexion from heel strike to foot flat?
|
Weakness of hip flexors, limited ROM of hip, glut max weakness
|
|
What is a possible cause of limited hip extension from foot flat to midstance?
|
Hip flexion contracture/spasticity
|
|
What do the common carotid arteries branch into?
|
Internal carotid - anterior and middle cerebral arteries
|
|
What is the pathway of the vertebrobasilar artery system?
|
Subclavian arteries - vertebral arteries - unite to form basilar artery - bifurcates into posterior cerebral arteries
|
|
What parts of the brain does the vertebrobasilar system supply?
|
Brainstem, cerebellum, occipital lobe and parts of the thalamus
|
|
What is the circle of willis composed of?
|
Anterior communicating artery connecting two anterior cerebral arteries and the posterior communicating artery and also connects the posterior and middle cerebral artery
|
|
What is apossible cause of hip IR during from foot flat to midstance?
|
Spasticity of IRs, weakness of ERs, excessive forward rotation of pelvis
|
|
What is a possible cause of hip ER from foot flat to midstance?
|
Excessive backard rotation of opposite pelvis
|
|
What is a possible cause of hip abduction from foot flat to midstance?
|
Contracture of glut med, trunk lateral lean over the ipsilateral hip
|
|
What is a possible cause of hip circumduction during swing?
|
Compensation for weak hip flexors or knee flexors
|
|
What is a possible cause of hip hiking during swing?
|
Lack of knee flexion and/or ankle DF,
|
|
What is a possible cause of excessive hip flexion during swing?
|
Presence of foot drop
|
|
What is a possible cause of Lateral trunk lean during stance?
|
Weak glut med, painful hip
|
|
What is a possible cause of Backward trunk lean during stance?
|
Weak glut max, anteriorly rotated pelvis
|
|
What is a possible cause of Forward trunk lean during stance?
|
Weak quads, hip and knee flexion contracture
|
|
What precaution must a PT have in dealing with a patient on Dialysis?
|
Hemhorraging from anticoagulant medication
|
|
When is the best time to treat a patient on dialysis?
|
On non-dialysis days, or right before dialysis treatment
|
|
What is the resting membrane potential inside a neuron?
|
-70 mV
|
|
Which ion comes into the cell during an action potential?
|
Na+
|
|
Which ion leaves the cell during an action potential?
|
K+
|
|
What is the description of type A nerve fibers?
|
Large, Myelinated, fast-conducting
|
|
What are the 4 types of A nerve fibers?
|
Alpha, Beta, Gamma, Delta
|
|
What are Alpha nerve fibers responsible for?
|
Proprioception, Somatic Motor
|
|
What are Beta nerve fibers responsible for?
|
Touch, Pressure
|
|
What are Gamma nerve fibers responsible for?
|
motor to muscle spindles
|
|
What are Delta nerve fibers responsible for?
|
Pain, temperature, touch
|
|
What is the description of type B nerve fibers?
|
Small, myelinated, conduct less rapidly
|
|
What are B fibers responsible for?
|
Preganglionic autonomic
|
|
What is the description of type C nerve fibers?
|
Smallest, unmyelinated, slowest conducting
|
|
C fibers in the dorsal root are responsible for what?
|
Pain, reflex responses
|
|
C fibers in the sympathetic nervous system are responsible for what?
|
Postganglionic sympathetics
|
|
Where do cranial motor nerves originate?
|
Motor Nuclei
|
|
Where do spinal motor nerves originate?
|
Anterior Horn Cells
|
|
Where do cranial nerve sensory nerves originate?
|
Sensory ganglia
|
|
Where do spinal nerve sensory nerves originate?
|
Dorsal root ganglia
|
|
What are 2 examples of common airborn pathogens?
|
TB and Measles
|
|
What type of nerve fibers are located in the ventral nerve root?
|
Motor fibers to voluntary muscles and to viscera, glands and smooth muscle
|
|
What type of nerve fibers are located in the dorsal nerve root?
|
Afferet fibers from sensory receptors in skin, joints and muscles
|
|
What are 2 examples of common contact spread pathogens?
|
HIV and Hep B
|
|
What structures does the anterior ramus supply innervation to?
|
Muscles and skin of the anterolateral body wall and limbs
|
|
What structures does the posterior ramus supply innervation to?
|
Muscles and skin of the back
|
|
The anterior rami merge at various locations to form what structures?
|
Plexuses
|
|
What spinal sections merge to form the cervical plexus?
|
C1 - C4
|
|
What spinal sections merge to form the brachial plexus?
|
C5 - T1
|
|
What is the general makeup of the brachial plexus?
|
Nerve roots - Anterior/posterior divisions - Lateral/Posterior/Medial Cords - Peripheral Nerves
|
|
What is the major treatment for AIDS?
|
Use of Protease inhibitors in combination with other drugs
|
|
What spinal sections merge to form the lumbar plexus?
|
T12 - L4
|
|
What spinal sections merge to form the sacral plexus?
|
L4 - S3 |
|
What is a possible cause of knee hyperextension during midstance? |
Weak quads, spasticity of quads, accomodation to a fixed PF deformity
|
|
How do you test sense of smell?
|
Non-irritating odors
|
|
What cranial nerve is responsible for vision?
|
Optic (II)
|
|
What cranial nerve is responsible for pupilarry reflexes?
|
Optic and Occulomotor (II and III)
|
|
How do you test pupillary reflexes?
|
Shine light into eyes and look for pupil constriction
|
|
What cranial nerves are responsible for extraocular movements?
|
Oculomotor, Trochlear and Abducens (I, IV, VI)
|
|
What cranial nerve is responsible for turning the eye up, down and in?
|
Trochlear (IV)
|
|
What cranial nerve is responsible for elevating the eyelids?
|
Trochlear (IV)
|
|
What cranial nerve is responsible for turning the adducted eye down?
|
Trochlear (IV)
|
|
What cranial nerve is responsible for turning the eyes out?
|
Abducens (VI)
|
|
What cranial nerve is responsible for sensation of the face?
|
Trigeminal (V)
|
|
What cranial nerve is responsible for corneal sensation?
|
Trigeminal (V)
|
|
What cranial nerve is responsible for temporal and masseter muscle innervation?
|
Trigeminal (V)
|
|
What cranial nerve is responsible for facial expression?
|
Facial (VII)
|
|
What cranial nerve is responsible for Vestibular function?
|
Vestibulocochlear (VIII)
|
|
What cranial nerve is responsible for Vestibular Ocular Reflex?
|
Vestibulocochlear (VIII)
|
|
What cranial nerve is responsible for cochlear function?
|
Vestibulocochlear (VIII)
|
|
What does the Homan's Sign test for>
|
DVT
|
|
What is the normal treatment for DVT?
|
Hospitilization, foot elevated 6 inches, anticoagulant therapy
|
|
What cranial nerve is responsible for phonation?
|
Glossopharyngeal (IX) and Vagus (X)
|
|
What cranial nerves are responsible for swallowing?
|
Glossopharyngeal (IX) and Vagus (X)
|
|
What cranial nerves are responsible for palatal and pharynx control?
|
Glossopharyngeal (IX) and Vagus (X)
|
|
What cranial nerves are responsible for the gag reflex?
|
Glossopharyngeal (IX) and Vagus (X)
|
|
What cranial nerve is responsible for innervation of the trapezius?
|
Spinal Accessory (XI)
|
|
What cranial nerve is responsible for innervation of the SCM?
|
Spinal Accessory (XI)
|
|
What cranial nerve is responsible for tongue movements?
|
Hypoglossal (XII)
|
|
What are common symptoms or complications of Hemophilia?
|
Hemarthrosis, joint contractures, muscle weakness, decreased aerobic-fitness, posture scoliosis and gait deviations
|
|
What are common treatments for hemophilia?
|
Blood transfusions, medications for pain, rest, ice and elevation during acute bleeding episodes. Exercise and conditioning during subacute and chronic stages.
|
|
What is the differential diagnose for hepatitis?
|
Elevated values of hepatic transaminases and bilirubin
|
|
What is the common treatment for hepatitis?
|
IV fluids, analgesics, interferon and vaccines
|
|
What is the path of the stretch reflex?
|
Afferent Ia fiber from muscle spindle to alpha motor neurons projecting back to muscle of origin (monosynaptic)
|
|
What is the function of the stretch reflex?
|
Maintenance of muscle tone, support aganoist muscle contraction and provide feedback about muscle length
|
|
What is reciprocal inhibition?
|
The stretch reflex inhibits the antagonist muscle from contracting
|
|
What area of the body does Herpes zoster affect?
|
Dorsal root ganglia
|
|
What is a common treatment for Herpes Zoster?
|
Corticosteroids
|
|
What is the path of the Inverse stretch reflex?
|
Afferent Ib fiber from golgi tendon organ via inhibitory interneuron to muscle of origin (polysynaptic)
|
|
What is the function of the inverse stretch reflex?
|
Provide agonist inhibition, diminution of force of agonist contraction, stretch-protection reflex
|
|
What is the function of the Gamma reflex loop?
|
Allows muscle tension to come under control of descending pathways
|
|
What is the pathway of the Gamma reflex loop?
|
Descending pathways excite gamma motor neurons, causing contraction of muscle spindle, and in turn increase stretch sensitivity and increased rate of firing from spindle afferentss; impulses are then conveyed to alpha motor neurons
|
|
What is the pathway of the Flexor (withdrawal) reflex?
|
Cutaneous receptors via interneurons to largely flexor muscles
|
|
What is the function of the flexor (withdrawal) reflex?
|
Protective reflex, withdrawing the body from potential harmful stimuli
|
|
What is the pathway of the Crossed extension reflex?
|
cutaneous and muscle receptors diverging to many spinal cord motor neurons on same and opposite side
|
|
What is the function of the Crossed extension reflex?
|
Coordinates reciprocal limb activities such as gait
|
|
What is the differential diagnose for lyme disease?
|
Early: Bulls eye round rash and flu like symptoms. Later: arthritis, neuritis, ataxia or meningitis
|
|
What is a common treatment for psoriasis?
|
UV light
|
|
What condition is characterized by a chronic, diffuse disease of connective tissues causing fibrosis of the skin, joints, blood vessels, and internal organs
|
Scleroderma
|
|
What type of patient should possiblty avoid isometric contractions and why?
|
Cardiac, due to sharp rise in blood pressure possibility
|
|
What is an isotonic contraction?
|
Same resistance throughout ROM, but at different speeds
|
|
A score of 1-8 on the glasgow coma scale indicates what?
|
Severe brain injury
|
|
A score of 9-12 on the glasgow coma scale indicates what?
|
Moderate brain injury
|
|
A score of 13-15 on the glasgow coma scale indicates what?
|
Minor brain injury
|
|
What is the target heart rate?
|
220-age x 70%
|
|
What is Karvonene's Formula?
|
THR = (Max HR - RHR) x % of desired intensity + RHR
|
|
Intense aquatic exercise should occur in what temperature of water?
|
81-83 degrees
|
|
Rehab type exercises in the water should occur at what temperautre?
|
91-93 degrees
|
|
How do you test sense of smell?
|
Non-irritating odors |
|
What condition is characterized by a central language disorder in which speech is typically awkward, restricted, interuppted and produced with effort
|
Nonfluent Aphasia
|
|
What heart vital signs will change during aquatic exercise>
|
Stroke Volume and Cardiac Output will increase, HR will remain the same or slightly decrease
|
|
What condition is characterized as an impairment of speech production resulting from damage to the central or peripheral nervous system; causes weakness, paralysis or incoordination of the motor-speech psystem?
|
Dysarthria
|
|
What are 2 types of fluent aphasia?
|
Wernicke's aphasia and receptive aphasia
|
|
What condition is characterized as a central language disorder in which spontaneous speech is preserved and flows smoothly, while auditory comprehension is impaired?
|
Fluent Aphasia
|
|
What condition is a result of a lesion in the posterior first temporal gyrus of the left hemisphere?
|
Fluent Aphasia
|
|
How many sessions per week of aerobic exercise is needed to effect change?
|
3-5, at least 3
|
|
What is the recommended amount of aerobic exercise in an aquatic area?
|
At least 20 minutes
|
|
What is a Cheyne-Stokes respiration?
|
A period of apnea lasting 10-60 seconds followed by gradually increasing depth and frequency of respirations
|
|
What injuries will usually produce Cheyne-Stokes respirations?
|
Depression of frontal lobe or diencephalong dysfunction
|
|
What will dysfunction of lower midbrain and pons produce?
|
Hyperventilation
|
|
What is apneustic breathing?
|
Abnormal respiration marked by prolonged inspiration
|
|
What injury will usually produce apneustic breathing?
|
Damage to hypothalamus or brainstem
|
|
What are the signs that an obese individual is exercising at the correct intensity?
|
They are able to talk while they exercise and do not have muscle ache following
|
|
What is the Kernig's Test?
|
Patient is positioned in supine, flexed hip and knee fully to chest and then extend knee
|
|
What is a positive Kernig's Test?
|
Causes pain and increased resistance to extending the knee due to spasm of hamstring bilaterally
|
|
What does a positive Kernig's Test indicate?
|
Meningeal irritation
|
|
What is Brudzinski's Test?
|
Patient is positioned in supine, flex neck to chest
|
|
What is a positive Brudzinski's Sign?
|
Causes flexion of hips and knees
|
|
What does a positive Brudzinki's Sign indicate?
|
Meningeal irritation
|
|
An increase of creatinine in blood and urine indicates what?
|
Kidney Disease
|
|
What is protein in the urine called?
|
Proteinuria
|
|
What can proteinuria indicate?
|
Renal Disorder
|
|
True/False: Sometimes proteinuria is found in marathon or heavy joggers and is usually bening?
|
TRUE
|
|
What is one blood tracer that is elevated in MS patients?
|
Gamma Globulin
|
|
What is normal values for hematocrit?
|
35-55%
|
|
Vomiting can be secondary to irritation of which cranial nerve?
|
Vagus (X)
|
|
What is bioavailability?
|
The percentage of the medicaiton that reaches the systemic circulation
|
|
What property of a drug makes it easier to absorb in the GI tract?
|
Lipid Soluble
|
|
What is anosognosia?
|
Severe denial of severity of condition
|
|
What is a prodrug?
|
A drug that is inactive when delivered, until it is altered into its active form in the liver
|
|
What is agnosia?
|
Inability to recognize familiar objects
|
|
What is apraxia?
|
Inability to perform learned movements in the absence of loss of sensation, strength, coordination, attention or comprehension
|
|
What is ideomotor apraxia?
|
Patient cannot perform the task on command, but can do the task when left on own
|
|
What is ideational apraxia?
|
Patient cannot perform the task at all, either on command or on own
|
|
What is a 0 on the Modified Ashworth scale indicative of?
|
No increase in muscle tone
|
|
What is a 1 on the Modified Ashworth scale indicative of?
|
slight increase in muscle tone, minimal resistance at end of ROM
|
|
What is a 1+ on the Modified Ashworth scale indicative of?
|
Slight increase in muscle tone, minimal resistance through less than half of ROM
|
|
What is a 2 on the Modified Ashworth scale indicative of?
|
More marked increase in muscle tone, through most of ROM, affected part easily moved
|
|
What is a 3 on the Modified Ashworth scale indicative of>
|
Considerable increase in muscle tone, passive movement difficult
|
|
What is a 4 on the Modified Ashworth scale indicative of?
|
Affected part rigid in flexion or extension
|
|
What is the difference between spasticity and rigidity?
|
Spasticity is velocity dependent, rigidity is not
|
|
A lesion in the cerebral cortex will affect muscle tone how?
|
Hypertonia/Spasticity
|
|
A lesion in the basal ganglia will affect muscle tone how?
|
Leadpipe rigidity
|
|
A lesion in the cerebellum will affect muscle tone how?
|
May decrease it, but otherwise normal
|
|
A lesion in the spinal cord will affect muscle tone how?
|
Hyperotnia/Spasticity
|
|
A lesion in the cerebral cortex will affect reflexes how?
|
Hyperreflexia
|
|
A lesion in the basal ganglia will affect refelexes how?
|
May decreae, but otherwise normal
|
|
A lesion in the cerebellum will affect reflexes how?
|
May decrease, but otherwise normal
|
|
A lesion in the spinal cord will affect reflexes how?
|
Hyperreflexia
|
|
A lesion in the cerebral cortex will affect strength how?
|
Contralateral weakness
|
|
A lesion in the basal ganglia will affect strength how?
|
Slow movement
|
|
A lesion in the cerebellum will affect strength how?
|
May be weak, but otherwise normal
|
|
A lesion in the spinal cord will affect strength how?
|
Weak or absent
|
|
A lesion in the cerebral cortex will affect bulk how?
|
Normal acute, atrophy chronic
|
|
What condition is characterized by a central language disorder in which speech is typically awkward, restricted, interuppted and produced with effort
|
Nonfluent Aphasia
|
|
A lesion in the cerebellum will affect bulk how?
|
Normal
|
|
A lesion in the spinal cord will affect bulk how?
|
Atrophy
|
|
A lesion in the cerebral cortex will affect involuntary movements how?
|
Spasms
|
|
A lesion in the basal ganglia will affect involuntary movements how?
|
Resting tremor
|
|
A lesion in the cerebellum will affect involuntary movements how?
|
None
|
|
A lesion in the spinal cord will affect involuntary movements how?
|
Spasms
|
|
A lesion in the cerebral cortex will affect voluntary movements how?
|
Dyssenergic
|
|
A lesion in the basal ganglia will affect voluntary movements how?
|
Bradykinesia
|
|
A lesion in the cerebellum will affect voluntary movements how?
|
Ataxia
|
|
A lesion in the spinal cord will affect voluntary movements how?
|
normal above lesion, absent below lesion
|
|
A lesion in the cerebral cortex will affect postural how?
|
Impaired/absent
|
|
A lesion in the basal ganglia will affect postural how?
|
Impaired, stooped
|
|
A lesion in the cerebellum will affect postural how?
|
Impaired, truncal ataxia, dysequilibrium
|
|
A lesion in the spinal cord will affect postural how?
|
Imparied below lesion
|
|
A lesion in the cerebral cortex will affect gait how?
|
Impaired, gait deficits
|
|
A lesion in the basal ganglia will affect gait how?
|
Imparired, shuffling festinating
|
|
A lesion in the cerebellum will affect gait how?
|
Imparied, ataxic
|
|
A lesion in the spinal cord will affect gait how?
|
Impaired or absent depending on level
|
|
How does aspirin work?
|
Inhibits COX enzyme and thus inhibits prostaglandin synthesis
|
|
When is decerebrate posturing seen?
|
Brainstem lesion between superior colliculus and the vestibular necleus
|
|
When is decorticate posturing seen?
|
Brainstem lesion above the superior colliculus
|
|
What is decorticate posturing?
|
Flexion in UE, Extension in LE
|
|
What is Opisthotonos
|
Prolonged, severe spasm of muscles, causing the head, back and heels to arch backward, arms and hands are held rigidly in flexion
|
|
When is Opisthotonos seen?
|
Severe meningitis, tetanus, epilepsy and strychnine poisoning
|
|
How does Ibuprofen work?
|
Inhibits COX-1 and COX-2 enzymes, COX-1 is responsible for "good" prostaglandins, so it is non-specific
|
|
What type of drug is Methotrexate?
|
DMARD
|
|
What does DMARD stand for?
|
Disease-Modifying Antirheumatic Drug
|
|
How does Methotrexate work?
|
Enzyme inhibition
|
|
What is another use for Methotrexate other than DMARD?
|
Anti-Cancer Drug
|
|
What are 3 possible side effects of Methotrexate?
|
Hepatic dysfunction, GI disturbances, Blood complications including thrombocytopenia
|
|
When is one time Methotrexate is a contraindication?
|
With renal dysfunction patients
|
|
What supplement can help to possibly deter side effects of Methotrexate?
|
Folic Acid
|
|
What kind of a drug is Anticytokines?
|
DMARD
|
|
How do anticytokines work?
|
Bind with Tumor Necrosis Factor and inactivate it
|
|
What is one trade name for anticytokines?
|
Embrel
|
|
What type of drug is Lefunomide?
|
DMARD
|
|
How does Lefunomide work?
|
Inhibits T and B cell activity
|
|
What type of drug is infliximab?
|
DMARD
|
|
What kind of drug is Anakinra?
|
DMARD
|
|
How does Anakinra work?
|
Blocks inerleukin receptors which diminish bone erosion and cartilage destruction
|
|
What type of drug is Diazapam?
|
Muscle Relaxer
|
|
What is another name for Diazapam?
|
Valium
|
|
Where does Diazapam have its effect?
|
Supraspinal centers and spinal interneurons
|
|
What type of drug is Tizanidine?
|
Muscle Relaxer
|
|
What is another name for Tizanidine?
|
Zanaflex
|
|
Where does Tizanadine have its effects?
|
Spinal cord as an adrengergic agnoist
|
|
What is the flexion synergy in UEs?
|
Scapular retraction/elevation, shoulder abduction, ER, elbow flexion forearm supination, wrist and finger flexion
|
|
What is the extension synergy in UEs?
|
Scapular protraction, shoulder adduction, IR, elbow extension, forearm pronation, wrist and finger flexion
|
|
What is the flexion synergy in LEs?
|
Hip flexion, abduction, external rotation, knee flexion, ankle DF/inversion
|
|
What type of drug is Chlorzoxaone?
|
Muscle Relaxer
|
|
What is another name for chlorzoxaone?
|
Parafon Forte
|
|
What type of drug is Cyclobenzaprine?
|
Muscle Relaxer
|
|
What is another name for cyclobenzapine?
|
Flexiril
|
|
What type of drug is carisoprodol?
|
Muscle Relaxer
|
|
What is another name for carisoprodol?
|
Soma
|
|
What type of drug is methocarbamol?
|
Muscle Relaxer
|
|
A lesion in the cerebellum will affect bulk how? |
Normal
|
|
What type of drug is orphenadrine?
|
Muscle Relaxer
|
|
What is another name for orphenadrine?
|
Norflex
|
|
What kind of drug is Baclofen?
|
Muscle Relaxer
|
|
What is another name for baclofen?
|
Lioresal
|
|
What is the extension synergy in the LEs?
|
Hip extension, adduction, RI, knee extension, ankle PF/inversion
|
|
What type of drug is Dantrolene?
|
Muscle Relaxer
|
|
What is another name for Dantrolene?
|
Dantrium
|
|
When doing the Sensory Organization Test, patients dependent on vision will become unstable on which conditions?
|
2,3,5,6
|
|
When doing the Sensory Organization Test, patients dependent on surface/somatosensory will become unstable on which conditions?
|
4,5,6
|
|
When doing the Sensory Organization Test, patients with vestibular loss will become unstable on which conditions?
|
5 and 6
|
|
When doing the Sensory Organization Test, patients with sensory selection problems will become unstable on which conditions?
|
3,4,5,6
|
|
How do diuretics work?
|
Decrease fluid reabsorption in kidneys, ultimately leading to greater urine production
|
|
What is the maximum score on Tinetti's?
|
28
|
|
A score < 19 on Tinetti's indicates what?
|
High fall risk
|
|
A score between 19 and 24 on Tinetti's indicates what?
|
Moderate fall risk
|
|
What is the maximum score on Berg's
|
56
|
|
A score <45 on Berg's indicates what?
|
High fall risk
|
|
How fast do non-dysfunctional adults finish the TUG test in?
|
<10 seconds
|
|
How fast do normal frail ederly or disable patients finish the TUG test?
|
11-20 seconds
|
|
A TUG test of 20-30 seconds indicates what?
|
A moderate fall risk
|
|
A TUG test of >30 seconds indicates what?
|
High fall risk
|
|
A reach of >12.2 inches on the Functional Reach Test indicates what?
|
Above Average
|
|
A reach of <5.6 inches on the Functional Reach Test indicates what?
|
Below Average
|
|
A reach of <10 inches on the Functional REach Test indicates what?
|
High fall risk
|
|
Which imaging technique is best used shortly after acute stroke?
|
MRI
|
|
What is normal CSF pressure in an adult?
|
90-180
|
|
What is normal CSF pressure in a child?
|
10-100
|
|
Insertional activity is increased or decreased with dennervation?
|
Increased
|
|
MUP is increased or decreased with LMN injury?
|
Decreased
|
|
At what time frame are fibrillations common with dennervation?
|
for 1-3 weeks after losing nerve
|
|
What are 3 major symptoms of AIDS?
|
Dementia, motor deficits and peripheral neuropathy
|
|
What is stage 1 of the recovery from a CVA?
|
Initial Flaccidity, no voluntary movements
|
|
What is stage 2 of the recovery from a CVA?
|
Spasticity, hyperreflexia, synergies
|
|
What is stage 3 of the recovery from a CVA?
|
Voluntary movement possible, but only in synergies, strong spasticity
|
|
What is stage 4 of the recovery from a CVA?
|
Voluntary control in isolated joint movements emerging, corresponding decline of spasticity and synergies
|
|
What is stage 5 of the recovery from a CVA?
|
Increasing voluntary control out of synergies, coordination defecits present
|
|
What is stage 6 of the recovery from a CVA?
|
Control and coordination are near normal
|
|
CVA patients that are slow, cautious, hesitant and insecure likely had a stroke on which side?
|
Left
|
|
CVA patients that are impulsive, quick, indifferent, poor judgement, overestimating abilities, underestimating problems likely had a stroke on what side?
|
Right
|
|
A stroke in the premotor area would have what symptoms?
|
Apraxia or motor planning difficulties
|
|
A stroke in the supplementary motor area would have what symptoms?
|
Loss of bilateral control of posture
|
|
A stroke in the middle frontal gyrus would have what symptoms?
|
Loss of conjugate eyes movements
|
|
A stroke in the dorsolateral part of the prefrontal area would have what symptoms
|
Impaired ability to concentrate
|
|
A stroke in the orbitofrontal area would have what symptoms>
|
Unstable emotions, unpredictable behavior
|
|
A stroke in the obrbital gyrus would have what symptoms?
|
Inability to discriminate odors
|
|
A stroke in the postcentral gyrus would have what symptoms>
|
Parasthesia
|
|
A stroke in the secondary somatosensory area would have what symptoms?
|
Tactile agnosia
|
|
A stroke in the gustatory area would have what symptoms?
|
Impairment of taste
|
|
A stroke in the parietal lobe of the right hemisphere would have what symptoms?
|
apraxia, tactile and auditory perceptual disorders
|
|
What is a strong and painful finding on a strength test indicative of?
|
Minor structural lesion of the muscle-tendon unit
|
|
What is a weak and painless finding on a strength test indicative of?
|
Complete rupture of muscle-tendon unit or neurological deficit present
|
|
What is a weak and painful finding on a strength test indicative of?
|
Partial disruption of muscle-tendon A
|
|
A stroke in the temporal cortex would have what symptoms?
|
Impairment of learning and memory
|
|
A stroke in the parahippocampal region would have what symptoms?
|
Profound memory loss of recent events and no new learning
|
|
A stroke in the visual association cortex would have what symptoms?
|
Visual agnosia
|
|
A stroke in the posterior multimodal area would have what symptoms?
|
Perceptual impairment
|
|
How long can the LOC be to qualify as a mild TBI?
|
0-30 minutes
|
|
What type of drug is orphenadrine?
|
Muscle Relaxer
|
|
How long can the LOC be to qualify as a severe TBI?
|
> 24 hours
|
|
How long can the post-traumatic amnesia be to qualify as a mild TBI?
|
<1 day
|
|
How long can the post-traumatic amnesia be to qualify as a moderate TBI?
|
>1day but >7 days
|
|
How long can the post-traumatic amnesia be to qualify as a severe TBI?
|
> 7 days
|
|
How do you bias the tibial nerve during a SLR test?
|
Dorsiflex and evert the foot
|
|
How do you bias the fibular nerve during a SLR test?
|
Plantarflexion and inversion of the foot
|
|
How do you bias the sural nerve during a SLR test?
|
Dorsiflex and invert the foot
|
|
How do you perform a neural tension test on the femoral nerve?
|
Prone knee bend
|
|
What spinal sections are most commonly injured?
|
C5, C7, T12, L1
|
|
When performing the standing flexion test, how do you know which PSIS is dysfunctional?
|
The one that moves cranially first or farthest
|
|
What is type A in the ASIA scale?
|
Complete impairment
|
|
What is type B in the ASIA scale
|
Incomplete sensory intact and includes sacral regions S4 and S5
|
|
What is type C in the ASIA scale?
|
Incomplete motor intact most key muscles below lesion are less than 3
|
|
What is type D in the ASIA scale?
|
Incomplete motor intact most key muscles below lesion are more than 3
|
|
What is type E in the ASIA scale?
|
Normal
|
|
What is the typical cause of central spinal cord injury?
|
Hyperextension
|
|
What is a Brown-Sequard injury?
|
Hemi injury of spinal cord usually caused by a gun shot
|
|
What is Gillet's Test used to look for?
|
SI joint dysfunction
|
|
How do you perform Gillet's Test?
|
Patient stands on one foot and brings the other knee to the chest
|
|
What is a positive Gillet Test?
|
PSIS will not move, other PSIS will move inferiorly
|
|
What is anterior cord syndrome?
|
Loss of motor function, pain and temperature, preservation of light touch, proprioception
|
|
What is posterior cord syndrome?
|
Preservation of motor, sense of pain and light touch
|
|
What is Cauda Equina Syndrome?
|
Sensory loss and paralysis, some capacity for regeneration, autonomous or nonreflex bladder
|
|
What is sacral sparing?
|
Sparings of tracts to sacral region, preservation of perianal sensation, rectal sphincter tone or active toe flexion
|
|
How do you perform the sitting flexion test?
|
Pt sits in a chair, crosses arms, leans forward until elbows are past knees, PSIS are palpated by therapist
|
|
What is a positive sitting flexion test?
|
PSIS that moves first or more cranially is dysfunctional
|
|
What is the distraction test for the SI joint?
|
Therapist puts cross arm pressure on both ASIS while pt is supine
|
|
What is a positive SI joint distractio test?
|
Pain is reproduced
|
|
How is Gaenslen's Test Performed?
|
Patient near edge of bed, hangs one leg off table, other leg pulls to chest, PT adds pressure on both legs
|
|
How do you perform The SI joint compression test?
|
Patient Side lying, hips flexed to 45, knees to 90. PT puts pressure downard on Iliac Crests
|
|
What does Neer's test for?
|
Impingement
|
|
What does Hawkins-Kennedy test for?
|
Impingement
|
|
What does Painful Arc test for?
|
Impingement
|
|
What does the Supraspinatus muscle test test for?
|
RTC
|
|
What does the infraspinatus muscle test test for?
|
RTC
|
|
What does the drop arm test for?
|
RTC
|
|
What is the External Rotation Lag Sign indicate?
|
RTC tear
|
|
What is the Internal Rotation Lag Sign indicate?
|
RTC tear
|
|
What is the lift off test for?
|
RTC tear
|
|
What is the belly press test for?
|
RTC tear
|
|
What is the sulcus sign indicative of?
|
Instability
|
|
What is the anterior apprehension test for?
|
Instability
|
|
What is the relocatino test for?
|
Instability
|
|
What is the anterior drawer shoulder test for?
|
Instability
|
|
What is the jerk shoulder test for?
|
Instability
|
|
What is the Horizontal Adduction test for?
|
AC Joint
|
|
What is the resisted Horizontal extension test for?
|
AC Joint
|
|
What is O'Brien's test for?
|
AC Joint
|
|
What is Paxinos Sign for?
|
AC Joint
|
|
What is the Crank test for?
|
Labrum
|
|
What is the Biceps Load tests for?
|
Labrum
|
|
Where are lesions common to be found in MS?
|
Pyramidal Tract, Dorsal Columns, Periventricular areas of cerebrum, cerebellar peduncles
|
|
Does myasthenia gravis affect proximal or distal muscles more?
|
Proximal
|
|
What is Osteochondritis Dissecans?
|
A seperation of the articular cartilage from the underlying bone
|
|
Where is Osteochonritis usually seen?
|
Medial femoral condyle
|
|
What is another name of a tonic-clonic seizure?
|
Grand mal
|
|
How long does it take to recover from a grand mal seizure?
|
several hours
|
|
What is another name for Absence seizures?
|
Petite Mal
|
|
How long can the LOC be to qualify as a severe TBI? |
> 24 hours
|
|
What condition is characterized as a slowly progressive metabolic bone disease?
|
Paget's Disease
|
|
True/False: Cerebellar lesions tend to lead to contralateral signs and symtpoms?
|
FALSE
|
|
With patellafemoral pain, in which ROM of the knee does pain most likely occur?
|
first 30 degrees of knee flexion
|
|
A Q angle greater than what indicates the possibility for patellafemoral pain?
|
18 degrees
|
|
What condition is characterized by a chronic disorder with fibrosis and changes in the internal organs and skin?
|
Scleroderma
|
|
What is another name for scleroderma?
|
Progressive Systemic Sclerosis
|
|
How do you perform the pronator teres muscle test to test for median nerve entrapment?
|
PT strongly resists pronation of the elbow as the patient's elbow is extended from 90 degrees of flexion toward full extension
|
|
At what age is peak onset for RA?
|
30-40 years
|
|
How can you determine if a scoliosis is functional or structural?
|
Have them bend over in front of you and see if there is rotation of the ribs. If there is, it is structural
|
|
What condition is characterized by a rheumatoid-like disorder characterized by dryness of the mucous membranes, joint inflammation, and anemia?
|
Sjogren's Disease
|
|
What is wallerian degeneration?
|
Distal degeneration of axon following transection
|
|
What is neurapraxia?
|
Injury to nerve that causes a transient loss of function
|
|
How long is recovery from class I nerve injury?
|
Immediately to a few weeks
|
|
What is another name for a class I nerve injury?
|
Neurapraxia
|
|
What is axonotmesis?
|
Injury to nerve interuppting the axon and causing loss of function and wallerian degeneration, no disruption of the endoneurium. Regeneration is possible
|
|
What is another name for a class II nerve injury?
|
Axonotmesis
|
|
What is neurotmesis?
|
Cutting of the nerve with severance of all structures and complete loss of function. Regeneration usually does not occur without surgical intervention
|
|
What is another name for a class III nerve injury?
|
Neurotmesis
|
|
What is a normal rehabilitation process for a ligament repair?
|
5-6 months
|
|
What is bulbar palsy?
|
Weakness or paralysis of the muscles innervated by the motor nuclei of the lower brainstem, affecting the muscles of the face, tongue, larynx and pharynx
|
|
What are the two cranial nerves affected in bulbar palsy?
|
Glossophayngeal and Vagal
|
|
Are reflexes decreased with Guillan Barre?
|
Yes
|
|
True/False: ALS usually does not involve sensory deficits?
|
TRUE
|
|
What is stage I of ALS?
|
Early disease, mild focal weakness, asymmetrical distribution; symptoms of hand cramping and fasciculations
|
|
What is stage II of ALS?
|
Moderate weakness in groups of muscles, some wasting of muscles; modified independence with assistive devices
|
|
What is stage III of ALS?
|
Severe weakness of specific muscles, increasing fatigue; mild to moderate functional limitations, ambulatory
|
|
What is stage IV of ALS?
|
Sever weakness and wasting of LEs, mild weakness of UEs; moderate assistance and assistive devices required; wheelchair user
|
|
What is stage V of ALS?
|
Progressive weakness with deterioration of mobility and endurance, increased fatigue, moderate to severe weakness of whole limbs and trunk, spasticity, hyperreflexia; loss of head control; maximal assist
|
|
What is stage VI of ALS?
|
Bedridden, dependent ADLs, progressive respiratory distress
|
|
What is the maximum score on the ALS Functional Rating Scale?
|
40
|
|
What is the proper Mobilization direction to increase Glenohumeral Abduction?
|
Inferior
|
|
What is the proper Mobilization direction to increase Glenohumeral early flexion (0-45)?
|
Posterior
|
|
What is the proper Mobilization direction to increase Glenohumeral Internal Rotation?
|
Posterior
|
|
What is the proper Mobilization direction to increase Glenohumeral Horizontal Adduction?
|
Posterior
|
|
What is the proper Mobilization direction to increase Glenohumeral Extension?
|
Anterior
|
|
What is the proper Mobilization direction to increase Glenohumeral External Rotation?
|
Anterior
|
|
What is the proper Mobilization direction to increase Glenohumeral Horizontal Abduction?
|
Anterior
|
|
What is the proper Mobilization direction to increase Glenohumeral Late Flexion (120-180)?
|
Anterior
|
|
What is the proper Mobilization direction to increase Radiohumeral flexion?
|
Anterior
|
|
What is the proper Mobilization direction to increase Radiohumeral extension?
|
Posterior
|
|
What is the proper Mobilization direction to increase Proximal Radioulnar pronation?
|
Posterior
|
|
What is the proper Mobilization direction to increase Proximal Radioulnar supination?
|
Anterior
|
|
What is the proper Mobilization direction to increase DistalRadioulnar supination?
|
Posterior
|
|
What is the proper Mobilization direction to increase Distal Radioulnar supination?
|
Anterior
|
|
What is the proper Mobilization direction to increase Radiocarpal extension?
|
Anterior
|
|
What is the proper Mobilization direction to increase Radiocarpal flexion?
|
Posterior
|
|
What is the proper Mobilization direction to increase Radiocarpal Ulnar Deviation?
|
Lateral
|
|
What is the proper Mobilization direction to increase Radiocarpal Radial Deviation?
|
Medial
|
|
What is the proper Mobilization direction to increase Midcarpal extension?
|
Anterior
|
|
What is the proper Mobilization direction to increase Midcarpal flexion?
|
Posterior
|
|
What is the proper Mobilization direction to increase metacarpophalangeal flexion?
|
Anterior
|
|
What is the proper Mobilization direction to increase interphalngeal extension?
|
Posterior
|
|
What is the proper Mobilization direction to increase hip abduction?
|
Inferior
|
|
What is the proper Mobilization direction to increase hip External Rotation?
|
Anterior
|
|
What is the proper Mobilization direction to increase hip extension?
|
Anterior
|
|
What is the proper Mobilization direction to increase hip Internal rotation?
|
Posterior
|
|
What is the proper Mobilization direction to increase hip flexion?
|
Posterior
|
|
What is the proper Mobilization direction to increase tibiofemoral extension?
|
Anterior/Medial/Lateral
|
|
What is the proper Mobilization direction to increase tibiofemoral flexion?
|
Posterior
|
|
What condition is characterized as a slowly progressive metabolic bone disease?
|
Paget's Disease
|
|
What is the proper Mobilization direction to increase patellafemoral Knee flexion?
|
Inferior
|
|
What is the proper Mobilization direction to increase talocrural plantarflexion?
|
Anterior
|
|
What is the proper Mobilization direction to increase talocrural dorsiflexion?
|
Posterior
|
|
What is the proper Mobilization direction to increase subtalar inversion?
|
Lateral
|
|
What is the proper Mobilization direction to increase subtalar eversion?
|
Medial
|
|
If Lumbar or thoracic segments are in neutral without locking the facets, is rotation in the same or opposite direction as sidebending?
|
Opposite
|
|
In the cervical region when the segments are neutral without locking the facets, is rotation the same or opposite as sidebending?
|
Same
|
|
In the cervical, thoracic and lumbar regions, if the segments are in full flexion or extension with the facets locked does rotation occur in the same or opposite direction as sidebending?
|
Same
|
|
What is the what is the fast pain pathway?
|
Sensory stimulation - A fibers - Spinal cord dorsal horn lamina, crosses to lateral spinothalamic tract - thalamus - Cortex
|
|
What is the slow pain pathway?
|
Sensory stimulation - C fibers - spinal cord lamina, corrses to anterior spinothalamic tract - reticular formation - RAS - Cortex
|
|
What is a special test for Biceps Tendonitis?
|
Yergason's Test
|
|
What is block practice?
|
Practice of a single motor skill repeatedly
|
|
What is variable practice?
|
Practice of varied motor skills in which the performer is required to make rapid modifications of the skill in order to match the demands of the task
|
|
What is random practice?
|
Practice of a group or class of motor skills in random order
|
|
What is serial practice?
|
Practice of a group or class of motor skills in serial or predictable order
|
|
What is massed practice?
|
relatively continuous practice in which the amount of rest time is small
|
|
What is distributed practice?
|
Practice in which the rest time is relatively large
|
|
What is mental practice?
|
Cognitive rehearsel of a motor skill without overt physical performance.
|
|
Feedback given after every trial improves what>
|
Performance
|
|
Variable feedback improved what?
|
Retention
|
|
What is Horner's Syndrome?
|
Ptosis of the eyelid, constriction of the pupil, and lack of sweating of the ipsilateral face, often accompanying stroke involving the the anterior inferior or posterior inferior cerebellar arteries
|
|
What are the 3 most common sites for a CVA to occur?
|
Origin of the common carotid artery, main bifurcation of the middle cerebral artery, junction of the vertebral arteries with the basilar artery
|
|
What symptoms would be present with a stroke in the middle cerebral artery?
|
Contralateral hemiplegia, mostly upper extremity, loss of sensation primarily in the arm and face, homonymous hemianposia is common
|
|
An occlusion of the main stem of the middle cerebral artery can cause what?
|
Global Aphasia
|
|
What symptoms would be present with a stroke in the anterior cerebral artery?
|
LE more affected and sensory loss, mental confusion, aphasia, contralateral neglect
|
|
What symptoms would be present with a stroke in the posterior cerebral artery?
|
Persistant pain syndrome or contralateral pain and temperature sensory loss, homonymous hemianopsia, aphasia, thalamic pain syndrome
|
|
What symptoms would be present with a stroke in the vertebral-basilar artery?
|
May result in quadriparesis and bulbar palsy or a "locked-in" state where they can only communicate by blinking, often results in dath
|
|
What symptoms would be present with a stroke in the anterior inferior cerebellar artery?
|
Unilateral deaness, loss of pain and temperature on the contralateral side, paresis of lateral gaze, unilateral Horner's syndrome, ataxia, vertigo, and nystagmus
|
|
What symptoms would be present with a stroke in the Superior cerebellar artery?
|
Severe ataxia, dysarthria, dysmetria and contralateral loss of pain and temperature
|
|
What symptoms would be present with a stroke in the Posterior inferior cerebellar artery?
|
Nausea, vertigo, hoarseness, dysphagia, ptosis and decreased impairment of sensation in the ipsilateral face and contralateral torso and limbs.
|
|
What is D1 Flexion UE
|
Flexion - Adduction - ER
|
|
What is D1 Extension UE
|
Extension - Abduction - IR
|
|
What is D2 Flexion UE
|
Flexion - Abduction - ER
|
|
What is D2 Extension UE
|
Extension - Adduction - IR
|
|
What is D1 Flexion LE
|
Flexion- Adduction - ER
|
|
What is D1 Extension LE
|
Extension - Abduction - IR
|
|
What is D2 Flexion LE
|
Flexion - Abduction - IR
|
|
What is D2 Extension LE
|
Extension - Adduction - ER
|
|
What are some perceptual symptoms with a Right sided stroke?
|
Spatial relationships and hand-eye coordination, irritability and short attention span, poor memory, difficulty learning, poor judgement regarding safety, Left sided neglect, quick and impulsive
|
|
What are some perceptual symtpoms with a left sided stroke?
|
Apraxia, Difficulty starting and sequencing tasks, perseveration, Easily frustrated, highly anxious, inability to communicate verbally, cautious and slow
|
|
What is Rancho Los Amigos Level I?
|
No response. Completely unresponsive to any stimuli
|
|
What is Rancho Los Amigos Level II?
|
Generalized response. Pt reacts inconsistently and nonspecificially to stimuli
|
|
What is Rancho Los Amigos Level III?
|
Localized response. Pt reacts inconsistently but specifically to stimuli
|
|
What is Rancho Los Amigos Level IV?
|
Confused/Agitated. Pt is in a heightened state of activity. Behavior is bizarre and nonpurposeful relative to immediate environment. Recall and attention span are poor
|
|
What is Rancho Los Amigos Level V?
|
Confused-inappropriate. Pt able to respond to simple commands but no do complex tasks. Memory is impaired. Verbalization is inappropriate
|
|
What is Rancho Los Amigos Level VI?
|
Confused-appropriate. Pt is dependent upon external input but can perform consistently. Memory improved.
|
|
What is Rancho Los Amigos Level VII?
|
Automatic-appropriate. Can perform automatically and appropriately in structured environments. Judgement remains impaired
|
|
What is Rancho Los Amigos Level VIII?
|
Purposeful-Appropriate. Pt acts appropriately though not perfectly. May have some problems in stressful or unusual situations
|
|
Where is the tricuspid valve?
|
Between Right atrium and ventricle
|
|
Where is the Bicuspid valve?
|
Between left atrium and ventricle
|
|
Where is the pulmonary valve?
|
Between pulmonary arteries and right ventricle
|
|
Where is the aortic valve?
|
Between left ventricle and aorta
|
|
What structures does the Right Coronary Artery Supply?
|
Right atrium, most of right ventricle, most of the time the inferior wall of left ventricle, AV node and bundle of His, SA node
|
|
What are the two divisions of the Left Coronary Artery?
|
Left anterior ascending, Circumflex
|
|
What structures does the Left anterior descending division of the Left Coronary Artery supply?
|
Left ventricle, interventricular septum, most of the time inferior areas of the apex
|
|
What structures does the circumflex division of the Left Coronary Artery supply?
|
Lateral and inferior walls of the left ventricle and portions of the left atrium
|
|
Where is the SA node located?
|
Junction of Superior Vena Cava and right atrium
|
|
What is the main pacemaker of the heart?
|
SA node
|
|
What is the impulse rate of the SA node?
|
60-100 BPM
|
|
Where is the AV node located?
|
Junction of the Right Atrium and the Right Ventricle |
|
What is the proper Mobilization direction to increase patellafemoral Knee flexion?
|
Inferior
|
|
What is the normal path of heart conduction?
|
SA node - Atria - AV node - bundle of His - Purkinje fibers - ventricles
|
|
What is the normal stroke volume?
|
55-100 mL
|
|
What is the cardiac output?
|
The amount of blood discharged per minute
|
|
What is the average cardiac output for an adult at rest?
|
4-5 L
|
|
What is cardiac index?
|
Cardiac Output divided by body surface area
|
|
What is the average cardiac index?
|
2.5 - 3.5 L/min
|
|
Thalamic pain is a result of what type of stroke?
|
Posterior Cerebral Artery
|
|
Does the vagus nerve have a sympathetic or parasympathetic affect on the heart?
|
Parasympathetic
|
|
What cord segments provide sympathetic stimulation to the heart?
|
T1-T4
|
|
Where are baroreceptors located?
|
Aortic arch and carotid sinus
|
|
Does in increase in BP increase sympathetic or parasympathetic stimulation?
|
Parasympathetic
|
|
Does in decrease in BP increase sympathetic or parasympathetic stimulation?
|
Sympathetic
|
|
Where are chemoreceptors in the heart located?
|
Carotid Sinus
|
|
Right subscapular pain is referred from where?
|
Gallbladder
|
|
Medial left arm and jaw pain are referred from where?
|
Heart
|
|
Thoracic or flank pain refer from where?
|
Kidney
|
|
Left upper quadrant and shoulder pain are referred from where?
|
Spleen
|
|
Right upper quadrant pain is referred from where?
|
Liver
|
|
The chemoreceptor in the heart is sensitive to changes in which chemicals?
|
O2, CO2 and lactic acid
|
|
Increased CO2 leads to increased or decreased heart rate?
|
Increase
|
|
Decreased O2 leads to increased or decreased heart rate?
|
Increase
|
|
Decreased pH leads to increased or decreased heart rate?
|
Increase
|
|
Increase in body temperature increases or decreases heart rate?
|
Increase
|
|
How does hyperkalemia affect the heart?
|
Decreases rate and force of contraction
|
|
How does hypercalcemia affect the heart?
|
Increases heart actions
|
|
How does hypermagnemesia affect the heart?
|
Can lead to arrhythmias or cardiac arrest
|
|
What is agonist reversals in PNF?
|
Slow isotonic shortening contraction through the range followed by eccentric lengthening contraction with the same muscle groups.
|
|
When should you use agonist reversals in PNF?
|
Weak postural muscles, inability to eccentrically control body weight during movement transitions
|
|
What is Approximation in PNF?
|
Joint compression
|
|
When is approximation in PNF indicated?
|
Stimulate afferent nerve endings and facilitate postural extensors promoting stability
|
|
What is Contract-Relax in PNF?
|
Isotonic movement in rotation followed by an isometric hold of the range limiting muscles in the antagonistic pattern against slowly increasing resistance, then passive motion and active contraction of the agonistic pattern.
|
|
When is contract-relax indicated in PNF?
|
Limited ROM caused by muscle tightness or spasticity
|
|
What is Hold-Relax in PNF?
|
Isometric contraction of the antagonistic pattern against slowly increasing resistance, followed by voluntary relaxation and passive movement into the newly gained range of the agonist pattern
|
|
When is Hold-Relax indicated in PNF?
|
Limitations in ROM due to muscle tightness, spasm or pain
|
|
What is repeated contractions in PNF?
|
Repeated isotonic contractions induced by quick stretches and enhanced by resistance performed through the range or part of range at a point of weakness.
|
|
When is repeated contractions indicated in PNF?
|
Weakness, incoordination, muscle inbalances, lack of endurance
|
|
What is Rhythmic Initiations in PNF?
|
Voluntary relaxation followed by passive movement through increasing ROMS, followed by active-assisted contractions progressing to resisted isotonic conractions
|
|
When is Rhythmic Initiations indicated in PNF?
|
Spasticity, rigidity, hypertonicity, inability to initiate a motion, motor learning deficitis, communication deficits
|
|
What is Rhythmic stabilization in PNF?
|
Simulatneous isometric contractions of both agonist and antagonist patterns performed without relaxation using careful grading of resistance. Cocontraction of opposing muscle groups.
|
|
When is Rhythmic stabilizations indicated in PNF?
|
Istability in weight-bearing and holding, poor antigravity control, weakness, ataxia, limited ROM caused by muscle tightness, painful muscle splinting
|
|
What is Slow Reversal in PNF?
|
Alternating isotonic contractions of agonist then antagonist patterns using careful grading of resistance and optimal facilitation.
|
|
When is Slow Reversal indicated in PNF?
|
Inability to reverse directions, muscle weakness or imbalance, incoordination, lack of endurance
|
|
What is the average heart rate for normal adults?
|
60-100
|
|
What is the average heart rate for aerobically trained adults?
|
40-60
|
|
What is the average heart rate for normal children?
|
60-140
|
|
What is the average heart rate for normal newborns?
|
90-164
|
|
What is postural tachycardia?
|
Sustained heart rate increase >30 BPM within 10 minutes of standing
|
|
What stimulus elicits the Asymmetrical Tonic Neck Reflex?
|
Rotation of head to one side
|
|
At which point should the Asymmetrical Tonic Neck Reflex disappear?
|
4-6 months
|
|
What stimulus elicits the Crossed Extension Reflex?
|
Noxious stimulus to the ball of foot of extremity fixed in extension
|
|
What is the Crossed Extension Reflex?
|
Opposite extremity flexes then adducts and extends
|
|
At which point should the Crossed Extension Reflex Dissapear?
|
1-2 months
|
|
When does the Equilibrium Reaction appear?
|
6 months
|
|
What stimulus elicits the Grasp reflex?
|
Maintain pressure to palm of the hand or to ball of the foot
|
|
What are some causes of Arrhythmias?
|
Ischemia, electrolyte imbalance, acidosis, alkalosis, hypoxemia, hypotension, emotional stress, drugs, alcohol, caffeine
|
|
When does the grasp reflex dissapear?
|
4-6 months (palmar), 9 months (plantar)
|
|
What stimulus elicits Landau's Reflex?
|
Lift child under the thorax in a prone position
|
|
What is Landau's Reflex?
|
First the head, then the back and legs will extend.
|
|
When does Landau's Reflex Appear?
|
3 months
|
|
When does Landau's Reflex Disappear?
|
2 years
|
|
What stimulus elicits Moro's Reflex?
|
Sudden change in position of the head in relation to the trunk
|
|
What is the normal path of heart conduction?
|
SA node - Atria - AV node - bundle of His - Purkinje fibers - ventricles |
|
When does Moro's reflex disppear?
|
5-6 months
|
|
What stimulus elicits The optical and Labryinthine Righting Reflex?
|
alter body position by tipping body in all directions
|
|
What is the Optical and Labrynthine Righting Reflex?
|
Head orients to vertical position and mouth horizontal
|
|
When does the Optical and Labryinthine Righting Reflex Appear?
|
Birth - 2 months
|
|
When does the Optical and Labryinthine Righting Reflex disappear?
|
Persists
|
|
What stimulus elicitis the Postive Supporting Reaction Reflex?
|
Contact to the ball of the foot in an upright standing position
|
|
What is the Positive Supporting Reaction?
|
Rigid extension of the lower extremities with ankle PF and inversion, toes "clawing" and hip IR
|
|
When does the Positive Supportin Reaction Reflex appear?
|
Birth
|
|
When does the Positive Supportin Reaction Reflex disappear?
|
6 months
|
|
A drop in ST segment level signifies what?
|
Coronary ischemia
|
|
An ST segment elevation or depression is significant only when it is more than?
|
1 mm
|
|
What stimulus elicits the Protective Extension Reaction?
|
Displace the center of gravity outside the base of support
|
|
What is the Protective Extension Reaction?
|
Arms or legs exted and abduct to support and to protect the body against falling
|
|
When does the Protective Extension Response Appear?
|
4-9 months
|
|
When does the Protective Extension Response disappear?
|
persists
|
|
When does the Rooting reflex disappear?
|
3 months
|
|
What stimulus elicits the Symmetrical Tonic Neck Reflex?
|
Flexion or extension of the head
|
|
What is the Symmetrical Tonic Neck Reflex?
|
Flexion of arms and extension of legs with head flexion, extension of arms and flexion of legs with head extension
|
|
When does the Symmetrical Tonick Neck Reflex appear?
|
4-6 months
|
|
When does the Symmetrical Tonick Neck Reflex disappear?
|
8-12 months
|
|
A patient has orhtostatic hypotension if what is seen upon standing?
|
Systolic drops >20or diastolic drops >10
|
|
What stimulus elicits the traction reflex?
|
Grasp forearm and pull up from supine into sitting
|
|
What is the traction reflex?
|
Grasp and total flexion of the UEs and the head will lag behind
|
|
When does the traction reflex appear?
|
Birth
|
|
When does the traction reflex disappear?
|
2-5 months
|
|
What is a normal infant's BP?
|
106-110/59-63
|
|
What is a normal child's BP?
|
113-116/67-74
|
|
What is anormal adul's respiration?
|
12/20/2015
|
|
What is a normal newborns respiration rate?
|
30-40
|
|
When should a child be able to push itself into prone and take weight on supported standing?
|
3 months
|
|
When should a child be able to roll in either direction?
|
5 months
|
|
When should a child be able to sit independently
|
6 months
|
|
When should a child be able to maintain quadriped?
|
7 months
|
|
When should a child be able to creep, pull to stand, has pincer grasp
|
8-9 months
|
|
When should a child be able to stand and walk unassisted, self feed
|
10-15 months
|
|
When should a child be able to walk up/down stairs w/ assistance?
|
18-20 months
|
|
What is a normal child's respiration rate?
|
20-30
|
|
What is tachypnea?
|
An increase of >22 RPM
|
|
What is normal-high BP?
|
120-139 / 85-89
|
|
What is Grade 1 Hypertension?
|
140-159 / 90-99
|
|
What is Grade 2 Hypertension?
|
160-179 / 100-109
|
|
What is Grade 3 Hypertension?
|
>180 / >110
|
|
What is Bradypnea?
|
A decrease of >10 RPM
|
|
When should a child be able to run wel?
|
2 years
|
|
When should a child be able to go upstairs step through, ride tricycle, catch a ball, jump with 2 feet, stand on one foot briefly?
|
3 years
|
|
When should a child be able to hop on one foot and kick a ball?
|
3.5 years
|
|
When should a child be able to throw a ball overhand, stand on tiptoes?
|
4 years
|
|
When should a child be able to skip, get dressed/undressed?
|
5 years
|
|
What nerve roots are involved in Erb's Palsy?
|
C5 and C6
|
|
What nerve roots are involved in Klumpke's Paralysis?
|
C8 and T1
|
|
What is the resulting weakness of Klumpke's Paralysis?
|
Weak hand and wrist flexors
|
|
What appearance is common with Klumpke's Paralysis?
|
Claw Hand
|
|
What is 1+ on the angina scale?
|
Light, barely noticeable
|
|
What is 2+ on the angina scale?
|
Moderate, bothersome
|
|
What is 3+ on the angina scale?
|
Severe, very uncomfortable
|
|
What is 4+ on the angina scale?
|
Most sever pain ever experienced
|
|
What is a 1+ on the Edema Grading scale?
|
Mild, barely perceptible indentation <1/4" pitting
|
|
What is a 2+ on the Edema Grading scale?
|
Moderate, easily identified dpression; returns to normal within 15 seconds; 1/4-1/2" pitting
|
|
What is a 3+ on the Edema Grading scale?
|
Severe, depression takes 15-30 seconds to rebound; 1/2-1" pitting
|
|
What is a 4+ on the Edema Grading scale?
|
Very severe, depression lasts for 30> seconds, >1 inch pitting
|
|
What are the 4 types of CP?
|
Spastic, Athetoid, Ataxic, Mixed
|
|
What structure is damaged in athetoid CP?
|
Basal Ganglia
|
|
When does Moro's reflex disppear?
|
5-6 months
|
|
What structure is damaged in ataxic CP?
|
Cerebellum
|
|
What is seen in ataxic CP?
|
Weakness, poor coordination, intention tremor, wide-base gait, difficulty with rapid or fine movement
|
|
What is the Ankle Brachial Index?
|
LE BP / UE BP
|
|
What does an ABI <90 indicate?
|
A 2-4 fold increase in risk for cardiovascular events and death
|
|
What does an ABI <50 indicate?
|
Increased risk of progression to severe or critical limb ischemia in 1 year
|
|
What does an ABI between .91-.99?
|
Borderline
|
|
What is an ABI from 1 - 1.4?
|
Normal
|
|
What is an ABI >1.4?
|
Non-compliant arteries
|
|
When does Duchenne's Muscular Dystrophy present?
|
3-7 years old
|
|
What are the signs of Duchenne's Muscular Dystrophy?
|
Waddling gait, toe walking, lordosis, frequent falls, difficulty standing up, problems climbing stairs
|
|
What is Grade I of the Pain Associated with Intermittent Claudication scale?
|
Minimal discomfort or pain
|
|
What is Grade II of the Pain Associated with Intermittent Claudication scale?
|
Moderate discomfort or pain, patient's attention can be diverted
|
|
What is Grade III of the Pain Associated with Intermittent Claudication scale?
|
Intense pain; patient's attention cannot be diverted
|
|
What is Grade IV of the Pain Associated with Intermittent Claudication scale?
|
Excruciating and unbearable pain
|
|
What is Charcot-Marie-Tooth Disease?
|
Heriditary disorder of the peroneal and distal leg muscles, presents with foot drop and "stork leg deformity"
|
|
What condition is characterized by an idiopathic aseptic necrosis of the femoral capital epiphysis?
|
Legg-Calve-Perthes Disease
|
|
What is the main enzyme looked for to look for an MI
|
Cardiac Troponin
|
|
What percentile does the Cardiact Troponin need to be in to identity MI?
|
>99
|
|
What percent of spinal injuries are non-traumatic?
|
10%
|
|
What is the normal Prothrombin Time?
|
11-15 sec
|
|
What is the normal Partial Prothrombin Time?
|
25-40 sec
|
|
What is the normal bleeding time?
|
2-10 min
|
|
What is the normal C-reactive protein number?
|
<10 mg/L
|
|
What is the normal white blood cell count?
|
4300 - 10800
|
|
What is the normal red blood cell count for males?
|
4.6 - 6.2
|
|
What is the normal red blood cell count for females?
|
4.2 - 5.9
|
|
What is the normal ESR rate for males?
|
<15 mm/hr
|
|
What is the normal ESR rate for females?
|
<20 mm/hr
|
|
What is the normal hematorcrit for males?
|
45-52%
|
|
What is the normal hematorcrit for females?
|
37-48%
|
|
What is the normal hemoglobin for males?
|
13-18
|
|
What is the normal hemoglobin for females?
|
12/16/2015
|
|
What is the normal platelet count?
|
150,000 - 450,000
|
|
How occluded does the arterial lumen have to be in order for symptoms to be present?
|
70%
|
|
What are the 3 types of Angina?
|
Stable, Unstable, Variant
|
|
What is stable angina?
|
Chest pain which occurs with exertion and is relieved with rest and/or nitroglycerin
|
|
What is unstable angina?
|
Chest pain which occurs regardless of exercise, pain is difficult to relieve
|
|
What is variant angina?
|
Spasming of coronary arteries w/o occlusion. Responds well to nitroglycerin or calcium channel blockers
|
|
What is the zone of infarction?
|
Area of necrotic tissue that is unresponsive electrically
|
|
What is the zone of injury?
|
Zone surround the zone of infarction. Tissue is non-contractile, cells undergoing metabolic change, electrically unstable
|
|
What is the zone of ischemia?
|
Zone on the outside of the MI area. Cells are metabolically changing, electrically unstable
|
|
What is transmural?
|
When an MI causes damage through the entire thickiness of the cardiac wall
|
|
What is another name for left sided heart failure?
|
Congestive Heart Failure
|
|
What is congestive heart failure?
|
A backup of blood due to damage to the Left ventricle and inability to circulate adequately
|
|
What is right sided heart failure?
|
increased pressure on Righ ventricle, causes jugular vein distention and peripheral edema
|
|
What is biventricular failure?
|
Severe pathology producing back up into the lungs
|
|
What spinal segments innervate the diaphragm?
|
C3 - C5
|
|
What spinal segments when injured will produce bowel and bladder incontinence?
|
S2, S3 and S4
|
|
What is a reflex bladder?
|
A bladder that will empty once at a certain level
|
|
What is a nonreflex bladder?
|
A bladder that is flaccid, but can be emptied by increasing abdominal pressure
|
|
What should activity be kept to after an MI for the first 4-6 weeks?
|
5 METs or 70% of age predicted HRmax
|
|
intermittent Claudication can be symptomatic of what future disorder?
|
PAD
|
|
What are the functional capabilities of a patient with a C1, C2 or C3 SCI?
|
Capable of talking, mastication, sipping, blowing
|
|
What are the key muscles that are still functional in a patient with a C1, C2 or C3 SCI?
|
Face and neck muscles
|
|
What are some of the assistive devices that a patient with a C1, C2 or C3 SCI needs?
|
Portable ventilator or phrenic nerve stimulator, power "tilt-in-space" wheelchair with mouth control and seatbelt for trunk control
|
|
What are the functional capabilities of a patient with a C4 SCI?
|
Capable of respiration, scapular elevation, limited eating may be accomplished with use of assistive devices
|
|
What are the key muscles that are still functional in a patient with a C4 SCI?
|
Diaphragm, Trapezius
|
|
What are the functional capabilities of a patient with a C5 SCI?
|
Elbow flexion and supination, shoulder ER, abduction to 90 and limited shoulder flexion, limited assistance to dress LEs, needs slide board for transfers, driving possible with van lift
|
|
What are the key muscles that are still functional in a patient with a C5 SCI?
|
Biceps, brachialis, brachioradialis, deltoid, infraspinatus, rhomboids and supinator
|
|
What is Grade I of the Chronic Venous Stasis Classification?
|
Mild aching, minimal edema, dilated superficial veins
|
|
What is Grade II of the Chronic Venous Stasis Classification?
|
Increased edema, multiple dilated veins, changes in skin pigmentation
|
|
What is Grade III of the Chronic Venous Stasis Classification?
|
Venous claudication, severe edema, cutaneous ulceration
|
|
What are the functional capabilities of a patient with a C6 SCI?
|
Shoulder flexion, extension, IR and adduction, scapular abduction and upward rotation, forearm pronation, wrist extension, can be independent with correct equipment |
|
What structure is damaged in ataxic CP?
|
Cerebellum
|
|
What are the key muscles that are still functional in a patient with a C7 SCI?
|
Extensor pollicis longus and brevis, extrinsic finger extensors, flexor carpi radialis and triceps
|
|
What are the functional capabilities of a patient with a C8 SCI?
|
Capable of using all UE muscles except hand intrinsics, live independently, independent as community wheelchair, ability to work in accessible buildings
|
|
What are the key muscles that are still functional in a patient with a C8 SCI?
|
Extrinsic finger flexors, flexor carpi ulnaris, flexor pollicis longus and brevis
|
|
What are the functional capabilities of a patient with a T1-T5 SCI?
|
Capable of full use of UEs, improved trunk control, increased respiratory reserve, able to participate in wheelchair sports
|
|
What are the key muscles that are still functional in a patient with a T1-T5 SCI?
|
Top half of intercostals, long muscles of the back, intrinsic finger flexors
|
|
What are the functional capabilities of a patient with a T6-T8 SCI?
|
Improved trunk control, increased respiratory reserve, swing-to gait in parallel bars with bilateral KAFOs
|
|
What are the key muscles that are still functional in a patient with a T6-T8 SCI?
|
long muscles of the back, sacrospinalis and semispinalis
|
|
What are the functional capabilities of a patient with a T9-T12 SCI?
|
Increased endurance, improved trunk control, swing-to or swing-through gait on level surfaces with bilateral KAFOs and a walker or forearm crutches, independent floor to w/c transfers
|
|
What are the key muscles that are still functional in a patient with a T9-T12 SCI?
|
Lower Abdominals, all intercostals
|
|
What are the functional capabilities of a patient with a T12 - L3 SCI?
|
Hip flexion, adduction, knee extension. Independent swing-to or swing-through with Bilateral KAFOs and forearm crutches, can be community ambulators
|
|
What are the key muscles that are still functional in a patient with a T12 - L3SCI?
|
Gracilis, iliopsoas, quadratus lumborum, rectus femoris, sartorius
|
|
What are the functional capabilities of a patient with a L4-L5 SCI?
|
Strong hip flexion and knee extension, weak knee flexion improved trunk control, independent home ambulators and community ambulators
|
|
What are the key muscles that are still functional in a patient with a TL4-L5 SCI?
|
Low back muscles, medial hamstring, posterior tibialis, quadriceps and tibialis anterior
|
|
What level of injury is the most caudal to be able to produce at least a weak, but functional cough?
|
T4-T8
|
|
What effects will UE ergometry have on cardiac vitals?
|
Low Vo2 max, HR higher, Stroke volume lower, BP higher
|
|
What are 8 absolute indications to stop exercise with a cardiac patient?
|
Drop in systolic BP >10, Moderate to severe angina, increasing nervous system symptoms, signs of poor perfusion, technical difficulties with ECG, subject's desire to stop, sustained VT, ST elevation of >1.0 mm
|
|
What are 6 relative indications to stop exercise with a cardiac patient?
|
ST or QRS changes, arrhythmias other than sustained VT, fatigue (SOB, wheezing, leg cramps, claudication), development of bundle branch block, increasing chest pain, hypertenxive response (BP >250 sys, >115 dia)
|
|
What is tidal volume?
|
The amount of air that is inhaled and exhaled during normal resting breathing
|
|
What is residual volume?
|
The volume of air remaining in the lungs following a full or maximal expiration
|
|
What is expiratory reserve volume?
|
The volume of air that can be forcefully expelled following a normal expiration
|
|
What is inspiratory reserve volume?
|
The volume of air that can be forcefully breathed in following a normal inspiration
|
|
What is forced vital capacity?
|
The amount of air that is under volitional control (FVC = IRV + TV + ERV)
|
|
What is Forced expiratory volume?
|
The volume of air that can be forcefully expelled in 1 second following a full inspiration
|
|
What is the normal percent of air that can be exhaled in one second?
|
75%
|
|
What is total lung capacity?
|
The sum of the residual volume and forced vital capacity
|
|
What is Functional residual capacity?
|
The volume of air remaining in the lungs following a normal expiration
|
|
What is atelectasis?
|
The shrunken and airless state of part of the lung
|
|
How long should lifting, pushing or pulling be avoided after a CABG?
|
4-6 weeks
|
|
When should Phase 1 of cardiac rehab begin?
|
24 hours after patient stabilization
|
|
What are the symptoms of hyperventilation?
|
Respiratory alkalosis, decreased BP, vasoconstriction, syncope, marked anxiety, wrist crampings
|
|
What is orthopnea?
|
Difficulty breathing except in the sitting or standing position
|
|
What are the absolute contraindications for beginning cardiac rehab?
|
Acute MI, unstable angina, uncontrolled cardiac arrhythmias, Pulmonary embolism, acute myocarditis or pericarditis, acute aortic dissection
|
|
If a patient is having perfusion problems in the lungs on the R side, which side should you have them lay on?
|
Right
|
|
What are the relative contraindications for beginning cardiac rehab?
|
Left main coronary stenosis, moderate stenosis valvular heart disease, electrolyte abnormalities, severe arterial hypertension, tachyarrhythmias or bradyarrhythmias, hypertrophic cardiomyopathy, mental or physical impairment, high degree AV block
|
|
What does frothy sputum indicate?
|
Pulmonary Edema
|
|
What does thick, clear sputum indicate?
|
Cystic fibrosis or conditions with chronic cough
|
|
What is hemoptysis?
|
Blood in the sputum
|
|
What are rales?
|
Discontinuous sounds heard primarily during inspiration
|
|
The presence of rales can indicate what?
|
air bubbles in secretions or movement of fibrotic tissue
|
|
Basilar rales can indicate what?
|
Left ventricular congestive heart failure
|
|
What are rhonchi?
|
Continous low-pitched, sonorous breath sounds that are most prominent during expiration
|
|
What does the presence of rhonchi indicate?
|
Asthma or chronic bronchitis
|
|
What is stridor?
|
A continuous adventitious sound of inspiration associated with upper airway obstruction
|
|
What are wheezes?
|
Continuous breath sounds that are high-pitched, sibilant and musical
|
|
What condition are wheezes often associated with?
|
Asthma
|
|
What are some of the signs/symptoms of COPD?
|
Increased resistance to airflow, often a history of smoking, abnormal breath sounds, use of accessory breathing muscles, increased chest size, dry or productive cough
|
|
What is the recommended frequency/duration for phase II cardiac rehab?
|
2-3 / wk, 30-60 minutes each w/ 5-10 minute warm up and cool down
|
|
What is the suggested exit point for phase II cardiac rehab?
|
9 MET functional capacity
|
|
When should strength training in phase II cardiac rehab start?
|
after 3 weeks of cardiac rehab, 5 weeks post MI, or 8 weeks post CABG
|
|
What condition is characterized as a genetically inherited disease, with thickening of secretions of ALL exocrine glands, leading to obstruction. It may present as an obstructive, restrictive or mixed disease
|
Cystic fibrosis
|
|
What are some of the signs/symptoms of Cystic Fibrosis?
|
Frequent respiratory infections, inability to gain weight, positive sweat electrolyte test, rales and wheezing, productive large amounts of mucoid sputum, hemoptysis
|
|
What conidtions is characterized as a permanent abnormal enlargement and destruction of air spaces distal to terminal bronchioles.
|
Emphysema
|
|
What are the signs/symptoms of emphysema?
|
Barreled chest, use of accessory muscle of ventilation, decreased breath sounds with/without wheezing, dyspnea
|
|
What is a good breathing technique to aid in respiration with patients who have emphysema?
|
Pursed lip breathing
|
|
Paradoxical motion of a portion of the ribcage during respiration indicates what?
|
Flail chest
|
|
Why would it not be a good idea to exercise Heart Failure patients in Supine or prone?
|
Can't breathe due to orthopnea
|
|
What is class I of the New York Heart Association Heart Failure Stages?
|
Mild HF, No limitation in physical activity up to 6.5 METs, comfortable at rest
|
|
What is class II of the New York Heart Association Heart Failure Stages?
|
Slight HF, slight limitation in physical activities up to 4.5 METs, ordinary activity results in fatigue, palpitations, dyspnea or anginal pain
|
|
How long after a person begins treatment for acute TB before they are considered noninfectious?
|
2 weeks
|
|
What is class III of the New York Heart Association Heart Failure Stages?
|
Marked limitation of physical activity (up to 3.0 METs), comfortable at rest, less than ordinary physical activity causes fatigue, palpiations, dyspnea or anginal pain
|
|
What is class IV of the New York Heart Association Heart Failure Stages?
|
Severe HF, unable to carry out any activity (1.5 METs) without discomfort, symptoms of ischemia, dyspnea, anginal pain present even at rest
|
|
What is Stage A of the American Heart Association Heart Failure Stages?
|
At high risk for HF but w/o structural heart disease or symptoms
|
|
What is Stage B of the American Heart Association Heart Failure Stages?
|
Structural heart disease but w/o signs or symptoms of HF
|
|
What is Stage C of the American Heart Association Heart Failure Stages?
|
Structural heart disease with prior or current symptoms
|
|
What is Stage D of the American Heart Association Heart Failure Stages?
|
Refractory HF requiring specialized interventions
|
|
What are the key muscles that are still functional in a patient with a C7 SCI?
|
Extensor pollicis longus and brevis, extrinsic finger extensors, flexor carpi radialis and triceps |
|
With lymphadema massage, do you want to begin proximal or distal?
|
Proximal
|
|
What exercise should be avoided with patient who have lymphadema?
|
Strenuous activities, jogging, ballistic movements
|
|
What are the precautions for percussion?
|
Rib fractures, costal chondritis, hemoptysis, blood coagulation problems, dysarhythmias, pain, severe dyspnea, pneuothorax, increased bronchospasm
|
|
What modalities are contraindicated for lymphadema?
|
Ice, heat, hydrotherapy, sauna, contrast bath, parafiin
|
|
Why might compression stockings be contraindicated for lymphadema?
|
Too much compression could compress surface lymph capillaries
|
|
What is the compression rate for CPR?
|
100 / minute
|
|
What is the compression depth for CPR on an adult?
|
2 inches
|
|
What is the compression depth for CPR on a child or infant?
|
1/3 Chest depth
|
|
What is the compression to respiration ratio for CPR on an adult?
|
30:02:00
|
|
What is the compression to respiration ratio for CPR on a child or infant?
|
30:2 if 1 HCP, 15:2 if 2 HCP
|
|
What is the MET equivalent of resting
|
1 MET
|
|
What is the MET equivalent of walking 1 MPH?
|
2 MET
|
|
What is the MET equivalent of biking at 5 MPH?
|
3 MET
|
|
What is the MET of pulling a bag while walking while playing golf?
|
4 MET
|
|
What is the MET equivalent of painting a house?
|
5 MET
|
|
What is the MET equivalent of horse back riding?
|
6 MET
|
|
What is the MET equivalent of shoveling snow?
|
7 MET
|
|
What is the MET equivalent of playing basketball?
|
8-10+
|
|
What condition is characterized by failure or hypertrophy of the right ventricle resulting from disorders of the lungs, pulmonary vessel, or chest wall?
|
Cor Pulmonale
|
|
What ribs are considered true ribs?
|
1/6/2015
|
|
What ribs are considered false ribs?
|
7/10/2015
|
|
What ribs are considered floating ribs?
|
11 and 12
|
|
The parietal pleura covers what area?
|
Inner surface of thoracic cage
|
|
The visceral pleura covers what area?
|
Surrounds the lungs
|
|
How will Ventricular tachycardia show up on an ECG?
|
No P Waves
|
|
What does an inverted T wave suggest?
|
Ischemia
|
|
What does a wide QRS wave suggest?
|
Bundle Branch Heart Block
|
|
When a pt is able to achieve what MET level should they be discharged from Phase II cardiac rehab?
|
9 METs
|
|
How much is normal chest excursion during inspiration?
|
2-3 inches
|
|
What are the signs/symptoms of respiratory alkalosis?
|
Dizziness, syncope, tingling, numbness, early tetany
|
|
What are the signs/symptoms of respiratory acidosis?
|
Early: Anxiety, restlessness, dyspnea, headache. Late: Confusion, somnolence, coma
|
|
What are some causes of metabolic alkalosis?
|
Bicarbonate ingestion, vomiting, diuretics, steroids, adrenal disease
|
|
What are the signs/symptoms of metabolic alkalosis?
|
Weakness, mental dullness, possibly early tetany
|
|
What are some causes of metabolic acidosis?
|
Diabetic, lactic or uremic acidosis, prolong diarrhea
|
|
What are the signs/symptoms of metabolic acidosis?
|
Secondary hyperventilation, nausea, lethargy, coma
|
|
What is Stage I of the Obstructive Lung Disease?
|
Mild, individual may be unaware that lung function is abnormal
|
|
What is Stage II of the Obstructive Lung Disease?
|
Individuals typically seek medical attention because of chronic respiratory symptoms or an exacerbation of their disease
|
|
What is Stage III of the Obstructive Lung Disease?
|
Individuals experience greater shortness of breath, reduced exercise capacity, fatigue, impact on quality of life
|
|
What is Stage IV of the Obstructive Lung Disease?
|
Quality of life is very appreciably impaired and exacerbations may be life threatening
|
|
What is hirsutism?
|
Increased hair growth
|
|
What is the minimum value of Semmes-Weinstein monofilament needed for protective sensation?
|
5.07
|
|
What is stage I of a pressure ulcer?
|
nonblanchable erythema, Rversible with intervention
|
|
What is stage II of a pressure ulcer?
|
Partial thickness skin loss.
|
|
What is stage III of a pressure ulcer?
|
Full thickness skin defect that extends into the fat layer, but not through the fascia
|
|
What is stage IV of a pressure ulcer?
|
Full thickness skin defect that extends beyond the fascia into the muscle.
|
|
Arterial insufficiency ulcers are shallow or deep?
|
Deep
|
|
Arterial insufficiency ulcers are painful or not painful?
|
Painful
|
|
Venous insufficiency ulcers are shallow or deep?
|
Shallow
|
|
Arterial insufficiency ulcers are painful or not painful?
|
Not painful
|
|
What is the zone of coagulation?
|
Cells are irreversibly damaged and skin death occurs
|
|
What is the zone of stasis?
|
Contains injured cells that may die within 24 to 48 hours without specialized treatment
|
|
What is the zone of hyperemia?
|
Site of minimal cell damage and the tissue should recover within 7 days with no lasting ill effects
|
|
What skin layers does a first degree burn damage?
|
Epidermis only
|
|
What skin layer does a superficial second degree burn damage>?
|
Epidermis and upper layers of dermis
|
|
What skin layers does a deep second degree burn damage?
|
epidermis and most of the dermis including hair follicles, nerve endings and sweat glands
|
|
What are the two most common causes of bronchogenic carcinoma?
|
Smoking and occupation exposures
|
|
What skin layers does a third degree burn damage?
|
Epidermis, dermis and subcutaneous layers, some muscle damage
|
|
What skin layers does a fourth degree burn damage?
|
All skin layers along with muscle and bone damage
|
|
An anterior neck burn will usually form what kind of contracture?
|
Flexion
|
|
An anterior neck burn can be prevented from contracture how?
|
Cervical Hyperextension with a firm cervical brace
|
|
A shoulder burn will usually form what kind of contracture?
|
Adduction and IR
|
|
A shoulder burn can be prevented from contracture how?
|
Abduction and ER using an airplane splint
|
|
An elbow burn will usually form what kind of contracture?
|
Flexion and Pronation
|
|
An elbow burn can be prevented from contracture how?
|
Extenstion and Supination splint
|
|
A hand burn will usually form what kind of contracture?
|
Flexion and adduction
|
|
A hand burn can be prevented from contracture how?
|
Extension and abduction brace
|
|
With lymphadema massage, do you want to begin proximal or distal?
|
Proximal
|
|
A knee burn can be prevented from contracture how?
|
Extension, posterior knee splint
|
|
An ankle burn will usually form what kind of contracture?
|
Plantarflexion
|
|
An ankle burn can be prevented from contracture how?
|
Dorsiflexion or splinted in neutral with AFO
|
|
What condition is characterized as an autoimmune process that causes the adrenal glands to underproduce cortisol and aldosterone?
|
Addison's Disease
|
|
What are the signs/symptoms of Addison's Disease?
|
Hyperpigmentation of the skin and mucous membranes, progressive fatigue, GI disturbance, nausea, vomiting, weight loss, tendon calcification, hypoglycemia.
|
|
What condition is characterized as an oversecretion of cortisol by the adrenal cortex or long-term use of corticosteroids due to inflammatory disorders
|
Cushing's Disease
|
|
What are the signs/symptoms of Cushing's Disease?
|
Moon face appearance, cervical fat pad, truncal obesity, muscle wasting and weakness, osteoporosis, hypertension, easy bruising, depression, excessive facial hair, ruddy complexion, slow wound healing
|
|
What condition is characterized b\as a condition resulting from decreased thyroid hormone, causing generalised depression of metabolism. TSH levels are elevated
|
Hypothyroidism
|
|
What are the signs/symptoms of hypothyroidism?
|
Cold intolerance, excessive fatigue and lethargy, headaches, weight gain, dry skin, increasing thinness/brittleness of hair and nails, peripheral edema, peripheral neuropathy, proximal weakness
|
|
What conditions is characterized as a condition resulting from excess production of the thyroid hormone which results in generalized elevation of metabolism. TSH levels will be low
|
Hyperthyroidism
|
|
What are the signs/symptoms of hyperthyroidism?
|
Tachycardia, increased sweating, heat intolerance, increased appetite, dyspnea, weight loss, anxiety, goiter, exopthalmia,
|
|
What does Hyperparathyroidism cause?
|
Elevated calcium level and decreased serum phosphate. This causes bone demineralization.
|
|
What are the symptoms of hyperparathyroidism?
|
Proximal weakness, fatigue, drowsiness, arthralgia/myalgia, depression, glove/stocking sensory loss, osteopenia/fractures, confusion/memory loss, pancreatitis, gout, osteitis fibrosa cystica
|
|
What is the usual cause of hypoparathyroidism?
|
Removal of the parathyroid
|
|
What are the signs/symptoms of hypoparathyroidism?
|
Neck stiffness/muscle cramps, seizures, irritability, depression, skeletal muscle twitching, cardiac arrythmias, parasthesias, twitch of facial muscles
|
|
What is Type I Diabetes?
|
Inability of the pancreas to produce insulin
|
|
What is the clinical test for Diabetes?
|
Fasting blood glucose >126 or casual blood glucose >200 plus signs of Diabetes Mellitus
|
|
What are the signs/symptoms of hypoglycemia?
|
Blood glucose <50-60, skin is pale, cool, disoriented or agitated, headache, blurred vision, slurred speech, tachycardia with palpitations, weak/shaky, loss of consciousness
|
|
What are the signs/symptoms of hyperglycemia?
|
Blood glucose >180, skins is dry and flushed, fruity breath odor, frequent urination, unusual thirst, extreme hunger, unusual weight loss, extreme fatigue, iritability, blurred vision, fungal infections, dizziness
|
|
What are contraindications to exercise with diabetes patients?
|
Blood glucose >250 w/ evidence of urinary ketones or blood glucose >300 w/o evidence of urinary ketones, do not exercise during peak insulin times
|
|
What is atelectasis?
|
Collapsed or airless alveolar unit
|
|
When is insulin at its peak in the blood?
|
2-4 hours after injection
|
|
What should the patient do about their insulin dose before exercise?
|
Decrease by 30-35%
|
|
What should the patient do about their insulin does post exercise?
|
Decrease by 30%
|
|
How long after a meal is the idea time to exercise a diabetes patient?
|
1 hour
|
|
What should the diabetic patient due regarding carbohydrates before and after exercise?
|
Increase intake for 24 hours before and after
|
|
If blood glucose level is less than 70 before exercise what should be done?
|
A carbohydrate snack given and wait 15 minutes to retest
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|
If blood glucose level is >250 before exercise what should be done?
|
Exercise should not be done
|
|
If blood glucose level is 70-100 before exercise what should be done?
|
Snack given if symptoms are present
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Should patients with diabetes soak their feet?
|
No
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What is the proper position and percussion to drain upper lobes apical segment?
|
Sitting back at 30 degrees, percussion between clavicle and scapula
|
|
What is the proper position and percussion to drain upper lobes posterior segment?
|
Sitting, leaning forward 30 degrees, percussion Upper back
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|
What is the proper position and percussion to drain upper lobes anterior segment?
|
Lieing down with pillow under knees, percussion between clavicle and nipple
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|
What is the proper position and percussion to drain right middle lobe?
|
Lieing down foot of bed elevated 16 inches, lays on left side and rotates 1/4 turn backward, percussion over the right nipple (or below breast)
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|
What is the proper position and percussion to drain left upper lobe lingular segment?
|
Lieing down foot of bed elevated 16 inches, lays of right side and rotates 1/4 turn bacward, percussion over left nipple (or below breast)
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|
What is the proper position and percussion to drain lower lobes anterior basal segment?
|
Lieing down foot of bed elevated 20 inches, lays on side w/ head down, percussion over lower ribs
|
|
What is the proper position and percussion to drain lower lobes lateral basal segment?
|
Lieing down foot of bed elevated 20 inches, lays on abdomen w/ head down, turns 1/4 turn upward, percussion over uppermost portion of lower ribs
|
|
What is the proper position and percussion to drain lower lobes posterior basal segment?
|
Lieing down foot of bed elevated 20 inches, lays on abdomen w/ head down, pillow under hips, percussion over lower ribs close to spine
|
|
What condition is characterized as an autosomal recessive hereditary disorder characterized by excessive absorption of iron by the small intestines
|
Hemochromatosis
|
|
What are the sigs/symptoms of hemochromatosis?
|
Arthropathy, arthralgias, myalgias, progressive weakness, bilateral pitting edema lower extremities, hyperpigmentation of the skin, CHF, loss of body hair, diabetes mellitus
|
|
What is the proper position and percussion to drain lower lobes superior segment?
|
Lieing down on flat table on abdomen, pillow under hips, percussion over middle of back at tip of scapula
|
|
What condition is characterized by excessive bone resportion and formation in a haphazard fashion producing bone that is larger, less compact, more vascular and more susceptible to fractures?
|
Paget's Disease
|
|
What nerve is affected with crutch palsy?
|
Radial
|
|
What artery is affected when leaning on a crutch too much?
|
Axillary
|
|
What is a heel insert commonly used for?
|
Heel spurs and plantar fasciitis
|
|
What is a scaphoid pad commonly used for?
|
Supporting longitudinal arch, pes planus
|
|
What is a semirigid plastic rearfoot insert commonly used for>
|
Rear foot eversion or inversion abnormalities
|
|
What is a metatarsal pad commonly used for?
|
Metatarsalgia
|
|
What is a metatarsal bar commonly used for?
|
Metatarsalgia
|
|
What is a Thomas, or medial heel wedge commonly used for?
|
Pronation abnormality
|
|
What is a lateral heel wedge commonly used for?
|
Supination abnormality
|
|
What are medial/lateral sole wedges commonly used for?
|
Realignment of metatarsals
|
|
The head and neck account for what percent according to the rule of 9s?
|
9%
|
|
The anterior trunk accounts for what percent according to the rule of 9s?
|
18%
|
|
The posterior trunk accounts for what percent according to the rule of 9s?
|
18%
|
|
The arm accounts for what percent according to the rule of 9s?
|
9%
|
|
The leg accounts for what percent according to the rule of 9s?
|
18%
|
|
The perineum accounts for what percent according to the rule of 9s?
|
1%
|
|
What are 4 common uses for a corset?
|
Increases intra-abdominal pressure, assists in respiration for SCI patients, relieves pain in back disorders, acts as SI support
|
|
What about a prosthetic for a BKA could cause excessive knee flexion in initial contact ?
|
High shoe heel, insufficient plantarflexion, stiff heel cusion, socket too far anterior, socket excessively flexed, cuff tabs too posterior
|
|
What about a prosthetic for a BKA could cause insufficient knee flexion in initial contact ?
|
Low shoe heel, excessive plantarflexion, soft heel cusion, socket too far posterior, socket insufficiently flexed
|
|
What about a prosthetic for a BKA could cause Exessive lateral thrust in midstance?
|
Excessive foot inset
|
|
What about a prosthetic for a BKA could cause excessive medial thrust in midstance?
|
Excessive foot outset
|
|
What about a prosthetic for a BKA could cause early knee flexion in late stance?
|
High shoe heel, insufficient plantarflexion, keel too short, dorsiflexion stop too soft, socket too anterior, socket excessively flexed, cuff tabs too posterior
|
|
What about a prosthetic for a BKA could cause Delayed knee flexion in late stance?
|
Low shoe heel, excessive plantarlfexion, keel too long, dorsiflexion stop too stiff, socket too posterior, socket not flexed enough
|
|
What about a prosthetic for a AKA could cause abduction in stance?
|
Long prosthesis, abducted hip joint, inadequate lateral wall adduction, sharp or high medial wall
|
|
What about a prosthetic for a AKA could cause circumduction in swing?
|
Long prosthesis, locked knee unit, loose friction, inadequate suspension, small socket, loose socket, foot plantarflexed |
|
A knee burn can be prevented from contracture how?
|
Extension, posterior knee splint
|
|
What about a prosthetic for a AKA could cause forward flexion in stance?
|
Unstable knee unit, short walker or crutches
|
|
What about a prosthetic for a AKA could cause lordosis in stance?
|
Inadequate socket flexion
|
|
What about a prosthetic for a AKA could cause medial/lateral whip in heel off?
|
Faulty socket contour, knee bolt externally (internally) rotated foot malrotated, prosthesis donned in malrotation
|
|
What about a prosthetic for a AKA could cause foot rotation in heel contact?
|
Stiff heel cushion, malrotated foot
|
|
What about a prosthetic for a AKA could cause high heel rise in Early swing?
|
Inadequate friction, slack extension aid
|
|
What about a prosthetic for a AKA could cause terminal impact in late swing?
|
Inadquate friction, taut extension aid
|
|
What about a prosthetic for a AKA could cause vaulting in swing?
|
Long prosthesis, locked knee unit, loose friction, inadequate suspension, small socket, loose socket, foot plantarflexed
|
|
What about a prosthetic for a AKA could cause hip hike in swing?
|
Long prosthesis, locked knee unit, loose friction, inadequate suspension, small socket, loose socket, foot plantarflexed
|
|
What about a prosthetic for a AKA could cause Uneven step length in swing?
|
Uncomfortable socket, insufficient socket flexion
|
|
What are the contraindications for parrafin bath?
|
Allergic rash, open wounds, recent scars and sutures, skin infections
|
|
What are the contraindications for cryotherapy?
|
Impaired circulation, impaired sensation, peripheral vascular disease, prolonged application over superficial nerves
|
|
What is a positive CD4 count for HIV?
|
500-1200
|
|
What are the contraindications for general deep thermotherapy?
|
Acute infections, impaired circulation, malignancy, thoracic area containing pacemaker, very young or very old patients
|
|
What is the proper amount of weight for cervical traction?
|
20-30 pounds
|
|
What is the proper amount of weight for lumbar traction?
|
25-65 pounds
|
|
What is the best neck position to effect C1-C4 in traction?
|
0-5 degrees flexion
|
|
What is the best neck position to effect C5-C7 in traction?
|
20-30 degrees flexion
|
|
What is the preferred lumbar traction position for spinal stenosis?
|
Hips at 90 degrees
|
|
What is the preferred lumbar traction position for disc herniation?
|
Supine
|
|
What are contraindications for traction?
|
impaired cognitive function, spinal tumors and infections, sponylolisthesis, rheumatoid arthritis, osteoporisis, very young or very old, vascular compromise
|
|
What are contraindications for intermittent compression?
|
Acute inflammation or infection, acute deep venous thrombosis or pulmonary edema, arterial insufficiency, cancer, diminished skin sensation, kidney or cardiac insufficiency, hypertension, cognitive dysfunction, obstructed lymph channels, very young and very old
|
|
What are contraindications for continuous passive motion?
|
Thrombophlebitis or DVT, pain/edema/inflammation during use,
|
|
What are contraindications for tilt table?
|
Unstable fractures, confused or anxious
|
|
What are contraindications for massage?
|
Acute inflammation or febrile condition, severe atherosclerosis or varicose veins, phlebitis and thrombophlebitis, areas of recent surgery, cardiac arrhythmia, malignancy, hypersensitivity, severe rheumatoid arthritis, hemorrhage in area, edma secondary to kidney dysfunction, venous insufficiency
|
|
What are contraindications for electrotherapy?
|
healing fractures, areas of active bleeding, malignancies or phlebitis in treatment area, superficial metal implants, pharyngeal or laryngeal muscles, demand-type pace maker, myocardial disease
|
|
What are contraindications for iontophoresis?
|
Impaired skin sensation, allergy or sensitivity to therapeutic agent or direct current, recent scars/cuts/bruises/broken skin, metal in or near area
|
|
What are contraindications for TENS?
|
Demand-type pacemaker, over chest area of patients with cardiac dysfunctions, over eyes etc, application to mucosal membranes
|
|
What are the common settings for high rate TENS?
|
Frequency: 75-120, pulse width: 50-100
|
|
What are the common setting for acupuncture-like TENS?
|
Frequency: 1-4, pulse width:150-300
|
|
What are the common settings for brief intense TENS?
|
Frequency: 150, Pulse width: 300
|
|
What is the purpose of brief intense TENS?
|
To provide pain relief for painful procedures
|
|
What is the normal NCV time in an UE nerve?
|
50m/sec
|
|
What is the normal NCV time in a LE nerve?
|
60m/sec
|
|
What is tumor stage 0?
|
Carcinoma in situ
|
|
What is tumor stage I
|
Tumor is localized, equal to or less than 2 cm, has not spread to lymph nodes
|
|
What is tumor stage II?
|
Tumor is locally advanced; 2-5 cm with or without lymph node involvement
|
|
What is tumor stage III?
|
Tumor is locally more advanced; spread to lymph nodes
|
|
What is tumor stage IV?
|
The tumor has metastacized, or spread to other organs throughout the body
|
|
What is cancer grade I?
|
Cancer cells resemble normal cells and are slow growing
|
|
What is cancer grade II?
|
Cancer cells look more abnormal and are slightly faster growing
|
|
What is cancer grade III?
|
Cancer cells are abnormal grow or spread more aggressively
|
|
What is cancer grade IV?
|
Cancer cells are abnormal
|
|
What is the proper wheelchair ramp height to distance ratio?
|
12:01
|
|
With a platelet count of 50,000-150,000 what is the proper exercise precautions?
|
Some limitations
|
|
With a platelet count of 30,000-50,000 what is the proper exercise precautions?
|
Moderate exercise
|
|
With a platelet count of 20,000-30,000 what is the proper exercise precautions?
|
light exercise
|
|
With a platelet count <20,000 what is the proper exercise precautions?
|
ROM, ADLs, walking, with physician approval
|
|
With a white blood count of >5000 what is the proper exercise prcautions?
|
Light or regular exercise
|
|
With a white blood count of <5000 with fever what is the proper exercise precautions?
|
No exercise
|
|
With a white blood count of <1000 what is the proper exercise precautions?
|
No exercise
|
|
With a hemoglobin count of >10 what is the proper exercise precautions?
|
Normal exercise
|
|
With a hemoglobin count of 8-10 what is the proper exercise precautions?
|
Light exercise
|
|
With a hemoglobin count of <8 what is the proper exercise precautions?
|
No exercise
|
|
With a hematocrit count of >25% what is the proper exercise precautions?
|
Light or regular exercise
|
|
With a hematocrit count of <25% what is the proper exercise precautions?
|
No exercise
|