final- lab 8&9 Flashcards

(54 cards)

1
Q

The Functional Movement Screen (FMS) is designed to:

A

Assess mobility, stability, and motor control during fundamental movement patterns.
* Identify weaknesses, imbalances, asymmetries, and movement limitations.
* Place clients into challenging positions to reveal potential dysfunctions that could
impact athletic performance or daily activities

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2
Q

I. Joint-by-Joint Concept of Mobility

A

ankle, thoracic spine, shoulder (glenhohumeral), and hip

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3
Q

I. Joint-by-Joint Concept of stability

A

knee, lumbar spine, and scapula

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4
Q

Training should reinforce

A

mobility at mobile joints and stability at stable joints to ensure
functional movement patterns and minimize injury risk.

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5
Q

General Guidelines for Movement and Safety; breathing

A

Exhale during the concentric (lifting) phase.
o Inhale during the eccentric (lowering) phase.
o Use the Valsalva maneuver during heavy lifts (>80% 1RM) to stabilize the spine

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6
Q

General Guidelines for Movement and Safety; spinal safety

A

Minimize repetitive spinal flexion, extension, lateral flexion, and rotation unless sport-
specific. Train by resisting unwanted spinal motion.

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7
Q

General Guidelines for Movement and Safety

A

Ensure proper body alignment and establish a stable base (feet slightly wider than
shoulder-width for standing exercises).

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8
Q

the seven FMS movements:

A

deep squat, hurdle step, inline lunge, shoulder mobility, active straight leg raise, trunk stability push up, and rotary stability

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9
Q

Purpose of FMS movement: deep squat

A

Tests total body mobility, especially ankles, hips, shoulders, and
thoracic spine.

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10
Q

Purpose of FMS movement: hurdle step

A

Assesses stride mechanics, hip mobility/stability, and core control.

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11
Q

Purpose of FMS movement: shoulder mobility

A

Assesses shoulder ROM and thoracic spine mobility.

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12
Q

Purpose of FMS movement: inline lunge

A

Evaluates split-stance stability, mobility, and coordination.

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13
Q

Purpose of FMS movement: active straight leg raise

A

Measures active hamstring and hip mobility with core stability.

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14
Q

Purpose of FMS movement: trunk stability push up

A

Assesses core strength in a closed-chain upper-body movement.

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15
Q

Purpose of FMS movement: rotary stability

A

Tests multi-plane core stability during asymmetric movement.

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16
Q

FMS raw score

A

Scores left and right sides separately where appropriate.

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17
Q

FMS final score

A

The lower of the two side scores becomes the final score for that movement

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18
Q

FMS pain score

A

automatic 0. Refer the individual for medical evaluation if any pain is reported during testing.

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19
Q

FMS scoring 0-3

A

3 Movement performed correctly without compensation.
2 Movement performed with some compensation or minor deviation.
1 Unable to complete the movement pattern.
0 Pain is present during the movement.

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20
Q

FMS important testing considerations

A

Consistency is key:
Use scripted verbal instructions provided during FMS testing to maintain reliability.
* Pain during testing:
Stop testing immediately; medical referral is needed.
* Clearing Tests:
o Shoulder Clearing Test: Check for pain in shoulder flexion/rotation.
o Spinal Clearing Tests: Check for pain during extension (press-up) and flexion
(posterior rocking)

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21
Q

FMS is a ____

A

screening tool, not a diagnostic assessment.

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22
Q

FMS identifies

A

asymmetries and limitations that could predispose athletes to injury

23
Q

Purpose of Athletic Testing;Athlete testing serves three essential functions:

A

1.)dentify Strengths and Weaknesses:
Determine key physical attributes that need improvement for optimal performance.
2.)Goal Setting:
Establish specific, measurable objectives based on initial assessments.
3.)Track Progress:
Evaluate the effectiveness of training interventions over time.

24
Q

Key Testing Terminology: test

A

A procedure designed to assess a particular ability.

25
Key Testing Terminology:field test
Testing conducted outside a laboratory setting, often requiring minimal equipment.
26
Key Testing Terminology:measurement
Collection of quantitative data (e.g., time, distance, repetitions)
27
Key Testing Terminology:evaluation
Analyzing collected data to make performance decisions.
28
Key Testing Terminology: pre test
Assessment prior to a training program to establish a baseline.
29
Key Testing Terminology: post test
Assessment after training to measure adaptation and improvement
30
Qualities of Effective Testers ; training
Testers must be skilled in administering tests using standardized procedures.
31
Qualities of Effective Testers; equipment
Testers must ensure that appropriate and calibrated equipment is used
32
Qualities of Effective Testers; documentation
Properly utilize scoring sheets to record results systematically.
33
validity:
Refers to how well a test measures what it claims to measure
34
Construct Validity:
Theoretical measure of the trait.
35
face validity
Test appears valid to participants and observers.
36
content validity
Covers all relevant subskills or components
37
Criterion-Referenced Validity:
Compares test results to a gold standard
38
Concurrent Validity
Correlation with another established test at the same time.
39
predictive validity
Test’s ability to forecast future performance.
40
reliability
Refers to the consistency and reproducibility of results.
41
Test-Retest Reliability:
Similar results upon repeated testing.
42
Within-Subject Variability:
Performance fluctuations in the same individual.
43
intrarater or interreater reliability
Intrarater or Interrater Reliability: Consistency within or between evaluators.
44
reliable and valible important term
A test must be reliable to be valid, but reliability alone does not ensure validity.
45
sequence of athletic testing:
The order of testing is crucial to minimize fatigue effects: 1. Non-Fatiguing Tests (e.g., height, weight, flexibility) 2. Agility Tests (e.g., T-test, Hexagon test) 3. Maximal Power and Strength Tests (e.g., vertical jump, 1RM lifts) 4. Sprint Tests (e.g., 40-yard sprint) 5. Local Muscular Endurance Tests (e.g., push-ups, curl-ups) 6. Fatiguing Anaerobic Capacity Tests (e.g., 300-yard shuttle) 7. Aerobic Capacity Tests (e.g., 12-minute run)
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performance parameter: Low-speed muscular strength
maximum force exerted at low velocity
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performance parameter: high muscular strength
force exerted rapidly (vertical jump)
48
performance parameter: anaerobic capacity
max energy production via ATP-Pc and glycolysis system
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performance parameter: local muscular endurance
ability to perform repeated contractions against resistance
50
performance parameter: agility
rapid whole body changes in direction
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performance parameter: speed
time taken to cover specific distance
52
performance parameter: flexibility
range of motion around a joint
53
performance parameter: body composition
proportion of fat mass to lean mass
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performance parameter: anthropometry
measurements of body dimensions (height, weight, and girth)