Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
118 Cards in this Set
- Front
- Back
What do anterior scalene muscles do
|
Attach cervical vertebrae to 1st rib
|
|
Brachial plexus emerges between
|
anterior and middle scalenes
|
|
Posterior scalene attaches to
|
2nd rib
|
|
1st rib is also attached to the clavicle by
|
costoclavicular ligament and its sternoclavicular joint
|
|
Describe chest movements on inhalation
|
Manubrium swings forward lifting body and mediastinum creating negative pressure
|
|
Respiratory axis of manubrium
|
3d costal cartilage
|
|
Which diameter enlarged during inspiration
|
AP diameter
|
|
Which ribs primarily have pump handle action
|
Ribs 2-5
|
|
In pump handle motion axis of rotation is closer to
|
transverse plane
|
|
What do ribs do in pump handle motion
|
Rise up and go down with sternum
Lifted by pectoralis minor (ribs 3-4-5)pectoralis major rib2 - posterior scalenes |
|
Pump handle motion enlarges chest...
|
anteriorly
|
|
Bucket handle motion is primary action of ribs
|
7-10
|
|
In bucket handle motion axis of rotation is closer to
|
saggital plane
|
|
What do ribs do in bucket handle motion
|
Rise and fall laterally
Lifted by serratus anterior |
|
Bucket handle motion enlarges chest..
|
laterally
|
|
Which ribs have primarily caliper motion
|
Ribs 11-12
|
|
In caliper motion axis of rotation close to
|
Transverse plane
|
|
What do ribs do in caliper motion
|
Rise and fall posteriorly
|
|
Caliper motion enlarges chest...
|
posteriorly
|
|
What is the motion of rib 12 in quiet breathing
|
Rib 12 is anchored by quadratus lumborum and has no movement in quiet breathing
|
|
Which rib has 1/2 bucket and 1/2 pump motion
|
Rib 1, lifted by anterior and middle scalenes, practically no motion in quiet breathing
|
|
What causes most respiratory restrictions of ribs
|
Thoracic vertebral segmental dysfunctions
|
|
How do you know which rib is restricted
|
Restricted rib will stop moving first and start moving after its partner
|
|
Exhalation dysfunction
|
Restricted inhalation
Rib is "down" |
|
Inhalation dysfunction
|
Restricted exhalation
Rib is "up" |
|
To treat an inhalation dysfunction treat...
|
lowest rib in group
|
|
To treat exhalation dysfunction treat
|
highest rib in group
|
|
Key rib for exhalation restriction is
|
bottom rib of the group
|
|
Key rib for inhalation restriction is
|
top rib of group
|
|
What is the relationship between rib and vertebra
|
Rib has two demifacets so two vertebrae influence motion of one rib
|
|
Which ribs have only one connection with body of vertebra
|
1, 11, 12
|
|
What can compress stellate ganglion
|
1st rib elevation
|
|
What kind of motion does T1 have
|
Type II, side bend rotate in same direction
|
|
What type of motion does C1-C7 have
|
type II mechanics
|
|
If elevation of the rib is on the right , what would be side bending and rotation of T1
|
to the left
|
|
Which lymphatic structure can be damaged in thoracic inlet
|
Thoracic duct
|
|
How can 1st rib affect upper extremity
|
On top of 1st rib is anterior trunk of brachial plexus - C8-T1, can get parasthesias and pain along ulnar nerve distribution of upper extremity
|
|
Which muscles responsible for principle rib elevation
|
External and internal intercostals
diaphragm for lower ribs |
|
What are accessory muscles of rib elevation
|
Sternum
Anterior and posterior scalene Diaphragm Serratus posterior superior Levatores costarum |
|
Which muscle elevates ribs during forced inspiration
|
Pectoralis minor
|
|
What is used for rib depression in quiet breathing
|
Passive recoil from lungs
Diaphragm relaxation |
|
What is used for rib depression in active breathing
|
Abdominal muscles
Internal and innermost intercostals |
|
Accessory muscles for rib depression
|
Serratus posterior inferior
External internal obliques, transversus abdominis Transversus thoracis |
|
Describe inhalation somatic dysfunction
|
Inhalation is good, cant exhale --> ribs do not go down
Key rib --> lower |
|
Describe exhalation somatic dysfunction
|
Ribs go down with ease, but wont go up
Key rib --> upper |
|
Preganglionic sympathetic fibers have cell bodies in
|
IML T1-L2
|
|
Post ganglionic sympathetic fibers are in
|
Sympathetic chain ganglia (paravertebral and prevertebral)
|
|
Preganglionic parasympathetic fibers
|
Brainstem nuclei of CN 3, 7, 9, 10
S2-S4 lateral cord |
|
Postganglionic parasympathetic fibers come from
|
Parasympathetic ganglia - head, effector organs
|
|
Pre vs post ganglionic fibers length in sympathetic
|
SHort pre
Long post |
|
Pre vs post ganglionic fibers length in parasympathetic
|
Long pre
Short post |
|
Describe viscerosomatic reflex
|
Organ is dysfunctional, affects segmental part of musculoskeletal system
ex. Heart attack --> pain in jaw, shoulder GERD - middle back pain From autonomic to somatic nerves |
|
Describe somatovisceral reflex
|
Dysfunction in neuromusculoskeletal system results in disease of the organ
ex - something wrong with ribs, presses on sympathetic nerves, increases heart rate - you get palpitations, tachycardia |
|
Define facilitation
|
Area of impairment or restriction develops lower threshold for irritation or dysfunction when other areas are stimulated
|
|
Describe facilitated segments
|
Chronically hyperirritable, hyperresponsive
Muscles hypertonic, tender |
|
Define Chapman reflexes
|
Anterior and posterior tender points that may result from viscerosomatic reflexes
|
|
Chapman point for stomach is located
|
rib 5, 6 on the left
|
|
Chapman point for liver, GB is located
|
Between ribs 5 and 6 on the right
|
|
Palpatory characteristics of facilitated segment when its acute
|
Congestion, warm, moist, tender, muscle contraction, sidebending rotation on the side of problem
|
|
Palpatory characteristics of chronic facilitated segment
|
Ropey, stringy, cool, dry, color changes (white), decreased range of motion due to contracture, fibrotic
|
|
Functions of CT/fascia
|
Structural support
Compartmentalization Nutrition Immunity/lymphatics Repair Sensorimotor Communication |
|
Superficial fascia is also called
|
Subcutaneous
|
|
Deep fascia is also called
|
investing
|
|
Subserous fascia is located in ...
|
pleura
pericardium peritoneum |
|
Submucosal fascia is located in
|
lamina propria - intestinal mucosa, bronchial mucosa
|
|
Fascia can be considered to consist of
|
Horizontal diaphragms and longitudinal cables
|
|
Describe horizontal diaphragms
|
Fibrous or myofascial partitions acting as tension/counterstrain sheets
Connected to fascial cables Anchored to skeletal structures |
|
Give examples of horizontal diaphragms
|
Tentorium cerebelli
Thoracic inlet/outlet Respiratory diaphragm Pelvic diaphragm Plantar fascia/arches of feet |
|
Give examples of longitudinal cables
|
-Dural sleeve to S2
-Longitudinal ligaments occiput -S2 -Psoas major to lower extremity -Pre vertebral, alar , bucopharyngeal fascia -Rectus abdominis, quadratus lumborum, internal obliques -trachea, esophagus, pericardium on central tendon of diaphragm |
|
What is included in somatic dysfunction
|
-Skeletal
-Arthrodial -myofascial -vascular -lymphatic -nerural elements |
|
Name fascial OMT techniques
|
Soft tissue
Myofascial release Indirect balancing Balanced ligamentous tension |
|
What are indication for fascial OMT technique
|
acute painful conditions
chronic pain metastatic patients RA Fibromyalgia Myofascial pain Visceral disorders |
|
Relationship of asymmetry to looseness and tightness
|
Tightness creates
Looseness permits |
|
Describe direct action
|
Gentle forces are applied with the hand TOWARD THE BARRIER or direction of least ease
|
|
Describe indirect action
|
Gentle forces are applied with hand AWAY FROM barrier - direction of most ease
|
|
Describe recoil technique
|
Gentle forces are applied with the hand AWAY from the barrier (indirect technique) while patient breathes in and out. The force is suddenly released on in breath during 3d repitition
|
|
Describe unwinding technique
|
Gentle forces applied in various vectors until tissue unwinds and returns to state of balance
|
|
Sequence of events in myofascial release
|
1. Apply forces gently either in direct or indirect relation
2. Wait for tissue to melt, soften 3. Retest motion for symmetry |
|
5 components of myofascial health
|
1.Eliminate postural stresses
2.Exercise 3.Nutritional - vitamins, minerals 4. Reduce psychological stress 5. OMT, massage, shiatsu, accupuncture |
|
Describe American diet
|
High - in total calories, fat, protein, salt, phosphates, simple sugars
Low - fiber, calcium, potassium, trace minerals, vitamins |
|
How do you calculate ideal body weight for men
|
for 5 "" height, ideal body weight is 106 lb, add 6 lb for every additional inch + 10 % for frame
|
|
Ideal body weight for females
|
5 feet - 100 lb, add 5 lb for each additional inch + 10 % for frame
|
|
Percent ideal body weight
|
Current weight /ideal weight * 100 %
|
|
Normal procent ideal body weight
|
90-109 %
|
|
What is other name for superior transverse axis
|
Respiration
Craniosacral motion axis |
|
Where is superior transverse axis located
|
at S2 segment
|
|
Where is middle transverse axis located
|
at S2 body
|
|
Where is inferior transverse axis located
|
inferior part of SI joint
|
|
What happens to sacrum/lumbar when you inhale
|
Sacrum flexes, lumbar extends
|
|
What happens to sacrum/lumbar when you exhale
|
Sacrum extends, lumbar flexes
|
|
Left on left
|
Deep sulcus on R
ILA on L Spring neg. Seated flexion on R |
|
Which torsion is most common
|
Left on left
|
|
Which torsions are flexed
|
L on L
R on R |
|
Right on right
|
Deep sulcus on L
Post ILA on R Spring neg. Seated flexion on L |
|
Left on right
|
deep sulcus on R
Post ILA on left Spring pos. Seated flexion on left |
|
Right on left
|
Deep sulcus on left
Posterior ILA on right Spring Pos Seated flexion on right |
|
Anterior inominant
|
ASIS lower
PSIS higher Hamstring + sciatica TTC @ ILA + iliolumbar ligament |
|
Posterior inominant
|
ASIS higher
PSIS lower inguinal + knee pain TTC @sacral sulcus |
|
Superior shear
|
Inominate elevated
Iliac crest elevated ASIS + PSIS elevated Pelvic pain TCC @ SI joint + pubis |
|
Inferior shear
|
Inominant depressed
Iliac crest, ASIS, PSIS depressed Pelvic pain TTC @ SI joint RARE |
|
Inominate flare
|
ASIS is medial or lateral to normal
|
|
Lumbarization
|
S1 becomes additional lumbar vertebra articulating with S2
|
|
Sacralization
|
L5 takes characteristics of sacral vertebra
|
|
Fergusons angle
|
Lumbosacral angle, inclination of S1 to horizontal
Normal - 25-35 degrees |
|
SI joint
|
L shaped , converges posteriorly
|
|
Are there direct muscular attachments from sacrum to ilium
|
No
|
|
Name 3 true ligaments
|
Anterior sacroiliac
Interosseous Posterior sacroiliac |
|
Name 3 accessory ligaments
|
Sacrotuberous - ischial tuberosity to sacrum
Iliolumbar - TP L5 to iliac crest Sacrospinous - ischial spine to sacrum |
|
What do true ligaments restrict
|
Rotation
|
|
What do accessory ligaments restrict
|
Anterior movement, rotation, give vertical stablity
|
|
Sacral plexus give what kind of fibers
|
Motor + sensory
|
|
What is another name for middle transverse axis
|
Sacroiliac
|
|
Which axis provides inominate rotation
|
Inferior transverse
|
|
Name motions of pubis
|
Caliper
Torsional Superior inferior translatory |
|
Name motions of ilium
|
AP
Ilial translatory - superoinferior + AP |
|
Flexion and extension of sacrum occurs around which axis
|
Middle transverse
|
|
Rotation occurs around which axis
|
Vertical
|
|
Sidebending occurs around which axis
|
AP
|