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81 Cards in this Set
- Front
- Back
- 3rd side (hint)
The Landing error scoring system (LESS) test is a clinical dynamic movement assessment tool, its purpose is to |
Identify improper movement patterns during the jump landing tasks. |
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The landing error scoring system test evaluate landing technique based on |
9 jump landing concepts using 13 different yes or no questions. |
LCQ |
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What position should you be in for the landing error scoring system test? |
Stand on a 30cm 12“ box. A target line is drawn on the floor at a distance of half the individuals height. 3 trials are performed. |
Foot. Pint size. How many. |
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What movement should be performed during the landing ever scoring system test? |
Jump forward from the box with both feet so that you land with both feet just after the line. As soon as you land jump up for maximum height & land back down. |
JBA. LJB. |
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During the landing error scoring system test the individual views a |
Demonstration performed by the health & fitness professional, then gets an opportunity to practice. |
DT |
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What are placed around during the landing error scoring system test? How far are they placed? |
Video cameras. 10 feet in front & to the right of the landing area. |
All my fingers |
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How many points is an “average, not vertical, or not flexed” during the LESS test? |
1 point. |
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How many points is a “excellent, trunk is vertical, or trunk is flexed” during the LESS test? |
0 points. |
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A higher LESS score indicates |
The greater number of landing errors committed, a higher risk of injury. |
Men are scared of |
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What is the modified version of the LESS test? What are the primary compensations? |
Viewing the individual from an anterior view. Knee & foot position. |
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What is the purpose of the tuck jump test? |
To identify the lower extremity technical flaws during plyometric activity. |
Down TP |
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What movement should be performed during the talk jump test? |
Repeat tuck jumps for 10 seconds. A 2-dimensional camera in the frontal & sagittal planes. |
RC. 2 planes |
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The individuals tuck jump techniques are subjectively rated as either |
Having an apparent deficit (checked) or not. |
Mom & dad. |
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How do you get the final assessment score for the tuck jump test? What should be noted for each individual & be the focus feedback during subsequent training sessions? |
By tallying the deficits. Indicators of flight techniques. |
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The individuals baseline performance can be compared with repeated assessments performed at what times, to objectively track improvement with jumping & landing techniques? |
The midpoint & conclusion of training protocols. |
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Empirical laboratory evidence suggests that individuals who do not improve their tuck jump scores, or who demonstrate 6 or more flawed techniques, should be |
Targeted for further technique training. |
Boujie Walmart. |
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What is the purpose of the upper extremity Davies test? |
To measure upper extremity agility & stabilization. |
AS |
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The upper extremity Davies test may not be suitable for individuals who lack |
Shoulder stability. |
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When operating correctly, the goniometric measurements allows for optimal |
Structural alignment. NM control (coordination). ROM at each joint. |
SNR |
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Optimal structural alignment, NM control, & ROM are essential to help ensure proper |
Length & strength of each muscle & joint ROM. |
LSJ |
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Precise NM control of the ROM at each joint will ultimately |
Decrease excessive stress placed on the body. |
DES |
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If one joint lacks proper ROM, then adjacent joints & tissues (above &/or below) must |
Move more to compensate for the dysfunctional joint ROM. |
Give me ...D |
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If a client possesses less than adequate ankle dorsiflexion, they may be |
At greater risk of injury to the knee, hip, or LB. |
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Range of motion is the |
Amounts of motion available at a specific joint. |
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What is crucial to understanding ROM measurement? |
The starting position. |
Racers to your... |
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The body is in anatomic positions in all motions except |
Rotation. |
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In the anatomic position the body is at rest at |
0° flexion, extension, abduction, & abduction. |
FEAA |
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What position should you be in for the upper extremity Davies test? |
2 pieces of tape on the floor, 36 inches apart. Push-up position, with 1 hand on each piece of tape. |
TS |
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What movement should be performed during the upper extremity Davies test? |
Quickly move the right hand to touch the left hand. Perform alternating touching on each side for 15 secs. Repeat for three trials. Record the number of lines touched by both hands. |
QPRR |
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Reassess the upper extremity Davies test in the future to measure the improvements of |
Number of touches & movement efficiency. |
NTM |
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What assessments will provide you with the most information about your clients functional status in a relatively short time? |
OH squats. Single leg squat. |
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All of the assessments can become |
Your clients first workout. |
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Optimal human movement requires |
Optimum ROM at each joint. |
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Goniometric measurement is a major component of a |
A comprehensive & integrated assessment process. |
D-Bos ... exam |
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What 2 assessments are included in goniometric measurement? |
Movement assessments. Muscle strength (manual muscle testing). |
MM |
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The movement of a joint through its biomechanical ROM represents the |
Integrated functioning of the HMS. |
3rd CEC |
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The body is an anatomic positions in all motions except ____. The ROM is affected by____ applied. |
Rotation. The type of motion (active or passive). |
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Passive ROM is the |
Amount obtained by the examiner without any assistance by the client. |
OEW |
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In most normal subjects, passive ROM is slightly ____, then active ROM. What type of information does passive ROM regard to the movement? |
Slightly greater. Joint play motion & psychologic end feel |
JP |
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Joint play motion and psychologic end feel helps create an objective look at |
Articular surfaces of the joints. Tissue extensibility of contractile or noncontractile issues. |
AS. TEC. |
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Active ROM is the |
Amounts of emotion obtained solely through voluntary contraction from the client. |
EOV |
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Active ROM can be determined through the use of |
Movement assessments |
Tests. |
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Active ROM information include |
Muscular strength. Overall functional abilities. Painful arcs. NM control. |
MOPN |
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Comparisons of passive and active ROM provide a complete objective assessment of the |
Articulations & soft tissue that envelops & moves it. |
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Some joints are constructed so that the joint capsule is the ____, whereas other joints rely solely on ____ for stability. |
Limiting factor in movement. Ligamentous structures. |
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A soft end-feel may acknowledge the presence of a ____. A firm end-feel may describe increased ____. |
Edema. Muscular tonicity or normal ligamentous structure |
ML |
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The body is an anatomic positions in all motions except ____. The ROM is affected by____ applied. |
Rotation. The type of motion (active or passive). |
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This information of soft or firm end-feels are important because it describes the integrity of the |
Structures being evaluated. |
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Initiating a training program that fails to correct mechanical movement flaws in NM efficiency will create |
Further dysfunction & ultimately further injury. |
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Synovial fluid ____ the joint. Synovial membrane produces ____. Hyaline cartilage reduces ____, & acts as ____. |
Lubricates the joint. Synovial fluid. Reduces friction; acts as shock absorber. |
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Soft end-feels occur ____, or in a joint which usually has ____. |
Earlier or later in the motion that is normal. A firm or hard end-feel. |
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What are 2 examples of soft end-feel? |
Soft tissue edema. Synovitis. |
ES |
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Firm end-feel occurs ____, or in a joint that usually has a ____. |
Earlier or later in the motion that is normal. A hard or soft end-feel. |
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What are 3 examples ofFirm end-feels? |
Ligamentous. Increased muscle tone capsular. Muscle shortening. |
LIM |
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Hard end-feel occurs ____, or in a joint that normally has a ____. |
Earlier or later in motion that is normal. A soft or firm end-feel. |
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What are 4 examples of hard end-feels? |
Fracture. Loose bodies in joint space. Osteoarthritis. Chondromalacia. |
FLOC |
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Empty end-feels have no |
Real end-feel because end motion has never reached owing to pain, muscle guarding, or disruption in ligamentous integrity. |
Imaginary. NOMD |
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Passive ROM is the |
Amount obtained by the examiner without any assistance by the client. |
EWA |
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Competency & proficiency in goniometric assessment requires 7 “knowledge of” skills to produce reliable & valid measurements : |
Recommended testing position. Alternative testing position. Anatomic bony landmarks. Normal end feels. Instrument alignment. Stabilization techniques required. Joint structure and function. |
RAANISJ |
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Competency & proficiency in goniometric assessment requires 7 “required skills” to produce reliable and valid measurements : |
Move part through appr. ROM. Position & stabilize correctly. Palpate appr. bony landmarks. Align goniometer correctly. Determine end-feel of ROM when performing passive ROM. Read measurement correctly. Record measurement correctly. |
MPPADRR |
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Proper positioning aligns the joints in |
A 0 starting position, helping to increase reliability & validity of measurements. |
Nada. Racer take your... RV |
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Positioning in goniometric assessments affects the amounts of |
Tension involving tissues that surround a joint before adjusting ROM assessment. |
His shoulders were... TSA |
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In most normal subjects, passive ROM is slightly ____, then active ROM. What type of information does passive ROM regard to the movement? |
Slightly greater. Joint play motion & psychologic end feel |
JP |
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Joint play motion & psychologic end feel helps create an objective look at |
Articular surfaces of the joints. Tissue extensibility of contractile or noncontractile issues. |
AS. TEC. |
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Active ROM is the |
Amounts of motion obtained solely through voluntary contraction from the client. |
MOV. Pregnant mom having ... |
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Active ROM can be determined through the use of |
Movement assessments |
Tests. |
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Active ROM information include |
Muscular strength. Overall functional abilities. Painful arcs. NM control. |
MOPN |
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Comparisons of passive and active ROM provide a complete objective assessment of the |
Articulations & soft tissue that envelops & moves it. |
ASE |
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Some joints are constructed so that the joint capsule is the ____, whereas other joints rely solely on ____ for stability. |
Limiting factor in movement. Ligamentous structures. |
LFL |
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A soft end-feel may acknowledge the presence of a ____. A firm end-feel may describe increased ____. |
Edema. Muscular tonicity or normal ligamentous structure |
ML |
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What must be properly stabilized before the goniometric assessment? |
The proximal joint structures. |
PJ |
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The axis(A) of the goniometer is the |
Center & is the part that will be placed on the imaginary joint line (axis of rotation for the joint). |
Middle. Invisible friend. |
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What are decreased in goniometric assessments if the stabilization is not correct? |
Reliability & validity. |
Can I ... on you. Is it true? |
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Stabilization in the goniometric assessment is often applied by |
The examiner. Through proper positioning, subject awareness,& self stabilization. |
PSS |
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What is the simplest device for assessing joints ROM? How is it used? |
Goniometer. To measure available ROM at each particular joint. |
Very ... about how things are done |
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By passively moving a clients joint to an end-range (points of no further motion; points of compensatory motion), the available motion a client has can be compared with |
Normative ROM data to determine the amount of restriction if any, in the joint. |
Opposite of weird. AR |
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What can goniometric measurements be highly effective in helping to determine? |
Cause & extent of restriction and joint ROM. |
CER |
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What should proceed testing for muscle strength (manual muscle testing)? Why? |
Movement assessments & goniometric measurements. To determine available ROM at the joint being tested. |
MG No one is ... to take your call. |
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The use of the goniometric measurement provides the health & fitness professional with |
Reliable, objective, & valid data necessary to develop an evidence-based corrective strategy.. |
ROV needs proof. |
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A goniometer is a large ____. What does it include? |
Protractor with measurements in degrees. Body, axis, movement arm, stabilization arm. |
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The body of the goniometer represents the |
Arc of the measurement (0 - 360°) |
Noah |