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130 Cards in this Set
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- Back
- 3rd side (hint)
Cardio respiratory assessment of the personal trainer identify |
Safe/effective starting exercise intensities & appropriate modes of cardio respiratory exercise. |
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What is the most valid measurement for functional capacity of cardio pulmonary (heart & lungs) system? |
Cardiopulmonary exercise testing (CPET), also known as maximal oxygen uptake (Vo2max). |
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Submaximal test are often the preferred |
Method for determining cardio respiratory functional capacity/fitness. |
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Submaximal testing allows for the prediction/estimation of |
Vo2max |
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Submaximal testing Is terminated at aWhat are the two common submaximal test for assessing cardio respiratory efficiency |
Predetermined HR intensity/time frame. |
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What are the 2 common submaximal test for assessing cardio respiratory efficiency? |
YMCA 3-minute step test Rockport walk test |
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The YMCA 3-minute step test is designed to estimate an individual’s |
Cardiorespiratory fitness level on the basis of a sub maximal bouts of stair climbing at a set pace for 3 minutes. |
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What is the 1st step of the YMCA 3-minute step test? |
Perform a 3-minute step test by having a client perform 96 steps/min on a 12in step. A metronome/stating out loud “up, up, down, down” can help keep the clients stepping at a correct pace. |
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What is the 2nd step of the YMCA 3-minute step test? |
Within 5 secs of completing the exercise, the clients resting heart rate is measured for a period of 60 secs, recording the recovery pulse. |
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What is the 3rd step of the YMCA 3-minute step test? |
Locate the recovery pulse number in a (excellent, good, above average, average, below average, poor, or very poor) category. |
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YMCA 3-minutes step test categories: |
Back (Definition) |
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What is the 4th step of the YMCA 3-minute step test? |
Determine the appropriate starting program using the appropriate category. |
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Zone 1 category of the 3-minute step test : |
Very poor/poor Zone 1 (65-75% HRmax)
Below average Zone 1 (65-75% HRmax) |
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Zone 2 category of the three minutes step test : |
Average/above average : Zone 2 (76-85% HRmax)
Good : Zone 2 (76-85% HRmax) |
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Zone 2 category of the 3-minutes step test : |
Average/above average : Zone 2 (76-85% HRmax)
Good : Zone 2 (76-85% HRmax) |
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Zone 3 category of the 3-minutes step test : |
Excellent : Zone 3 (86-95% HRmax) |
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What is the 5th step of the YMCA 3-minute step test? |
Determine the clients maximal HR (220-Age). Then, take the (maximal HR X zone%) to determine the HI ranges for each zone. |
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HR ranges for zones 1-3 |
Zone 1 : Max HR X .65 Max HR X .75 Zone 2 : Max HR X .76 Max HR X .85 Zone 3 : Max HR X .86 Max HR X .95 |
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The Rockport walk test is designed to |
Estimate a cardiovascular starting point. The starting point is the modified based on ability level. |
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What is the 1st step of the Rockport walk test test? |
Record the clients weight, have the client walk 1 mile as fast as they can control on the treadmill, record the time it takes the client to complete the walk. Immediately record the clients HR/min at the 1 mile mark. |
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What formula is used to determine the oxygen consumption (Vo2) score? |
132.853 - (.0769 X Wt) - (.3877 X Age) + (6.315 X Gender) - (3.2649 X Time) - (.01565 X HR) = Vo2 score |
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What numbers are used for the formula used to determine oxygen consumption? |
Wt = lbs Gender = 1 (male) 2 (female) Time = mins & 100ths of mins HR = beats/min Age = years |
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What is the 2nd step of the Rockport walk test test? |
Locate the Vo2 score in one of the heart rate zone categories. |
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HR zones for the Rockport walk test |
Back (Definition) |
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What is the 3rd step of the Rockport walk test test? |
Determine the appropriate starting program is on the appropriate HR zone category. |
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Heart rate zone categories for the Rockport walk test : |
Poor : Zone 1 : (65-75% HRmax) Fair : Zone 1 : (65-75% HRmax) Average : Zone 2 : (76-85% HRmax) Good : Zone 2 : (76-85% HRmax) Very good : Zone 3 : (86-95% HRmax)
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What is the 4th step of the Rockport walk test test? |
Determine the clients maximal HR (220-Age). Then determine the HIranges for each zone (Max HR X Zone%). |
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Maximal heart rate zones for Rockport walk test : |
Zone 1 : Max HR X .65 Max HR X .75 Zone 2 : Max HR X .76 Max HR X .85 Zone 3 : Max HR X .86 Max HR X .95 |
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Neuromuscular efficiency |
The ability of the NS & MS to communicate properly producing optimal movement. |
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Proper postural alignment helps |
Reduce effective & safe movement. |
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Proper postural alignment Will help keep |
Muscles at their proper length. Allow muscles to properly work together. Ensure proper joint motion. Maximize force production. Reduce the risk of injury. |
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Proper postural alignment Will help keep |
Muscles at their proper length. Allow muscles to properly work together. Ensure proper joint motion. Maximize force production. Reduce the risk of injury. |
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Improper posture leads to |
Body degeneration/poor posture. Altered movement patterns. Muscle imbalances. |
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Proper postural alignment will help keep |
Muscles at their proper length. Allow muscles to properly work together. Ensure proper joint motion. Maximize force production. Reduce the risk of injury. Produce high levels of functional strength. |
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Proper postural alignment will help keep |
Muscles at their proper length. Allow muscles to properly work together. Ensure proper joint motion. Maximize force production. Reduce the risk of injury. Produce high levels of functional strength. |
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Static posture |
How an individual physically presents themself in stance. |
The base from which an individual moves. |
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What are the 3 basic conferences terry patterns that Janda identified? |
Pronation distortion syndrome. Lower cross syndrome. Upper cross syndrome. |
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What are the 3 basic postural distortion syndrome patterns that Janda identified? |
Pronation distortion syndrome. Lower cross syndrome. Upper cross syndrome. |
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What are the 3 basic postural distortion syndrome patterns that Janda identified? |
Pronation distortion syndrome. Lower cross syndrome. Upper cross syndrome. |
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Pronation distortion syndrome : |
Foot pronation (flat feet) & abducted & internally rotated knees (knocked knees). |
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Lower crossed syndrome : |
Anterior tilt to the pelvis (arched lower back). |
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Upper crossed syndrome : |
Forward head & rounded shoulders. |
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Pronation distortion syndrome : |
Foot pronation (flat feet) & abducted & internally rotated knees (knocked knees). |
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Pronation distortion syndrome summary : short muscles, length of muscles, altar joint mechanics, & possible injuries : |
Back (Definition) |
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Pronation distortion syndrome summary : short muscles, length of muscles, altar joint mechanics, & possible injuries : |
Back (Definition) |
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Lower crossed syndrome summary : short muscles, length of muscles, altar joint mechanics, & possible injuries : |
Back (Definition) |
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Upper crossed syndrome summary : short muscles, length of muscles, altar joint mechanics, & possible injuries : |
Back (Definition) |
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During a static postural assessment one should be checking for |
Neutral alignment. Symmetry. Balanced muscle tone. Specific posture deformities. |
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It is important that during static postural assessments clients are viewed in aKinetic change your points are for to major joint regions of the body |
Weight-bearing position standing for multiple vantage please (anterior, posterior, lateral). |
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Kinetic chain set points refer to the major joint regions everybody including the : |
Foot/ankle LPHC Shoulders Head/cervical spine |
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Kinetic chain checkpoints : anterior view : |
Foot/Ankles : straight & parallel, not flattened/externally rotated. Knees : in line with toes not adducted/abducted. LPHC : pelvis level with both anterior superior iliac spines in the same transverse plane. Shoulders : level not elevated/rounded. Head : neutral position not tilted/rotated. |
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Kinetic chain checkpoints : lateral view : |
Foot/ankle : neutral position, leg vertical at right ankle to sole of foot. Knees : neutral position, not flexed/hyperextended. LPHC : pelvis neutral position, not anteriorly (lumbar extension)/posteriorly (lumbar flexion) rotated. Shoulders : normal kyphotic curve, not excessively rounded. Head : neutral position not an excessive extension (jutting forward). |
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Kinetic chain checkpoints : posterior view : |
Foot/ankle : heals are straight & parallel, not overly pronated. Knees : neutral position, not adducted/abducted. LPHC : pelvis is level with both posterior superior iliac spine in same transverse plane. Shoulders/scapulae : level, not elevated/protracted (medial borders essentially parallel and approximately 3-4 in apart). Head : neutral position, neither tilted nor rotated. |
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After completing a static posture assessment, the |
Dynamic postural assessment should be performed. |
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The dynamic postural assessment |
Is looking at the movements of a client to gain an overall impression of their functional status. |
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Dynamic posture and movement observations should relate to basic functions such as |
Squatting. Pushing. Pulling. Balancing. |
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The observation process should search for any and balances in |
Anatomy. Physiology. Biomechanics. |
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The overhead squat assessment (OHA) purpose : |
Assesses dynamic flexibility, core strength, balance, & overall neuromuscular control. Reflects lower extremity movement patterns during jump-landings tasks. |
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The OHA test is influenced by |
Decreased hip abductor & hip external rotation strength. Increased hip adductor activity. Restricted ankle dorsiflexion. |
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The OHA test procedure : Positon : |
1. Feet shoulder width pointed straight ahead. Foot & ankle complex in neutral position. Shoes off. 2. Raise arms overhead, elbows fully extended. The upper arm should bisect the torso. |
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The OHA test procedure : movement : |
1. Squat to the height of a chair & return to start position. 2. Repeat movement for five reps observing from each position (anterior & lateral). |
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The OHA test procedure : views : |
1. Review feet, ankles, & knees from front. Feet should remain straight with knees. 2. View LPHC, shoulder, & cervical complex from the side. The tibia should remain in line with the torso while arm stay in line with the torso. |
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The OHA test : compensations anterior : |
Anterior View : 1. Feet : to the feet flatten/turn out? 2. Knees : do the knees move inward (adduct & internally rotate)? |
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After completing a static posture assessment, the |
Dynamic postural assessment should be performed. |
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The dynamic postural assessment |
Is looking at the movements of a client to gain an overall impression of their functional status. |
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Dynamic posture and movement observations should relate to basic functions such as |
Squatting. Pushing. Pulling. Balancing. |
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The observation process should search for any and balances in |
Anatomy. Physiology. Biomechanics. |
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The overhead squat assessment (OHA) purpose : |
Assesses dynamic flexibility, core strength, balance, & overall neuromuscular control. Reflects lower extremity movement patterns during jump-landings tasks. |
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The OHA test is influenced by |
Decreased hip abductor & hip external rotation strength. Increased hip adductor activity. Restricted ankle dorsiflexion. |
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The OHA test procedure : Positon : |
1. Feet shoulder width pointed straight ahead. Foot & ankle complex in neutral position. Shoes off. 2. Raise arms overhead, elbows fully extended. The upper arm should bisect the torso. |
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The OHA test procedure : movement : |
1. Squat to the height of a chair & return to start position. 2. Repeat movement for five reps observing from each position (anterior & lateral). |
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The OHA test procedure : views : |
1. Review feet, ankles, & knees from front. Feet should remain straight with knees. 2. View LPHC, shoulder, & cervical complex from the side. The tibia should remain in line with the torso while arm stay in line with the torso. |
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The OHA test : compensations anterior : |
Anterior View : 1. Feet : to the feet flatten/turn out? 2. Knees : do the knees move inward (adduct & internally rotate)? |
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The OHA test procedure : views : |
1. Review feet, ankles, & knees from front. Feet should remain straight with knees. 2. View LPHC, shoulder, & cervical complex from the side. The tibia should remain in line with the torso while arm stay in line with the torso. |
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The OHA test : compensations : lateral view : |
3. LPHC : a. Does the low back arch? b. Does the torso lean forward excessively? 4. Shoulder : did the arms fall forward? |
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OHA checkpoints : |
Back (Definition) |
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Check points for single leg squat : compensation, probable overactive/underactive muscles : |
Back (Definition) |
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Pushing assessment test : purpose : |
This assessment assess is movement efficiency & potential muscle imbalances during pushing movements. |
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The pushing assessment test : procedure : position : |
1. Stand with abdomen drawn inward, be in a split stance & toes pointed forward. |
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The pushing assessment test : procedure : movement : pop |
1. From side view, have client press handles forward &return to starting position. 2. perform up to 20 reps in a controlled fashion. The lumbar & cervical spine should remain neutral while shoulder stay level. |
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Checkpoints for the OHA squat : |
Back (Definition) |
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The single leg squat test : procedure : position : |
1. Hands on hips & eyes focused straightahead. 2. Foot pointed straightahead. Foot, ankle, knee, & LPHC in neutral position. |
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The single leg squat test : procedure : movement & view : |
1. Squat to a comfortable level & return to starting position. 2. perform up to 5 reps before switching sides. View : The knee from the front. The knee in line with the foot (2nd & 3rd toes). |
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Single leg squat test : procedure : compensation : |
1. Knee : does the knee move inward (adduct & internally rotate)? |
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Check points for single leg squat : |
Back (Definition) |
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Check points for single leg squat : compensation, probable overactive/underactive muscles : |
Back (Definition) |
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Pulling assessment test : procedure : compensations : |
1. Low back : does a low back arch? 2. Shoulders : do the shoulders elevate? 3. Head : does the head migrate for? |
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The pushing assessment test : procedure : position : |
1. Stand with abdomen drawn inward, be in a split stance & toes pointed forward. |
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The pushing assessment test : procedure : movement : pop |
1. From side view, have client press handles forward &return to starting position. 2. perform up to 20 reps in a controlled fashion. The lumbar & cervical spine should remain neutral while shoulder stay level. |
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The pushing assessment test : procedure : compensations : check points for pushing assessment : |
1. Low back : does the low back arch? 2. Shoulders : do the shoulders elevate? 3. Head : does the head migrate forward? |
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Check points for pushing assessment : compensation, probable overactive/under active muscles |
Back (Definition) |
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Checkpoints for the OHA squat : |
Back (Definition) |
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The single leg squat test : procedure : position : |
1. Hands on hips & eyes focused straightahead. 2. Foot pointed straightahead. Foot, ankle, knee, & LPHC in neutral position. |
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The single leg squat test : procedure : movement & view : |
1. Squat to a comfortable level & return to starting position. 2. perform up to 5 reps before switching sides. View : The knee from the front. The knee in line with the foot (2nd & 3rd toes). |
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Pulling assessment test : procedure : compensations : |
1. Low back : does a low back arch? 2. Shoulders : do the shoulders elevate? 3. Head : does the head migrate for? |
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The OHA test : compensations : lateral view : |
3. LPHC : a. Does the low back arch? b. Does the torso lean forward excessively? 4. Shoulder : did the arms fall forward? |
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OHA checkpoints : |
Back (Definition) |
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Check points for single leg squat : compensation, probable overactive/underactive muscles : |
Back (Definition) |
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Pushing assessment test : purpose : |
This assessment assess is movement efficiency & potential muscle imbalances during pushing movements. |
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The pushing assessment test : procedure : position : |
1. Stand with abdomen drawn inward, be in a split stance & toes pointed forward. |
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The pushing assessment test : procedure : movement : pop |
1. From side view, have client press handles forward &return to starting position. 2. perform up to 20 reps in a controlled fashion. The lumbar & cervical spine should remain neutral while shoulder stay level. |
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Checkpoints for the OHA squat : |
Back (Definition) |
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The single leg squat test : procedure : position : |
1. Hands on hips & eyes focused straightahead. 2. Foot pointed straightahead. Foot, ankle, knee, & LPHC in neutral position. |
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The single leg squat test : procedure : movement & view : |
1. Squat to a comfortable level & return to starting position. 2. perform up to 5 reps before switching sides. View : The knee from the front. The knee in line with the foot (2nd & 3rd toes). |
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Single leg squat test : procedure : compensation : |
1. Knee : does the knee move inward (adduct & internally rotate)? |
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Check points for single leg squat : |
Back (Definition) |
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Check points for single leg squat : compensation, probable overactive/underactive muscles : |
Back (Definition) |
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Pulling assessment test : procedure : compensations : |
1. Low back : does a low back arch? 2. Shoulders : do the shoulders elevate? 3. Head : does the head migrate for? |
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The pushing assessment test : procedure : position : |
1. Stand with abdomen drawn inward, be in a split stance & toes pointed forward. |
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The pushing assessment test : procedure : movement : pop |
1. From side view, have client press handles forward &return to starting position. 2. perform up to 20 reps in a controlled fashion. The lumbar & cervical spine should remain neutral while shoulder stay level. |
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The pushing assessment test : procedure : compensations : check points for pushing assessment : |
1. Low back : does the low back arch? 2. Shoulders : do the shoulders elevate? 3. Head : does the head migrate forward? |
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Check points for pushing assessment : compensation, probable overactive/under active muscles |
Back (Definition) |
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Davies test : procedure : movement : |
1. Quickly move right hand to touch left hand. 2. Alternate touching on each side for 15 secs. 3. Repeat for 3 trials. 4. Reassess in the future to measure improvement of number of touches. 5. Record the number of lines touched by both hands. |
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Shark skill test : purpose : |
Assess lower extremity agility & NM control. |
Viewed as a progression from the single leg squat. |
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Shark skill test : procedure : position : |
Stand in the center box of a grid with hands on hips, standing on one leg. |
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Pulling assessment test : procedure : compensations : |
1. Low back : does a low back arch? 2. Shoulders : do the shoulders elevate? 3. Head : does the head migrate for? |
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Upper extremity strength assessment : bench press : purpose : |
Estimates the 1 rep max on overall upper body strength of the pressing musculature. |
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Push-up test procedure : position : |
1. In push-up position lower body to touch partners close fist under chest, repeat for 60 secs/to exhaustion without compensating. 2. Record number of actual touches reported. 3. More push-ups should be performed when reassessed. |
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Davies test : purpose : |
Measures upper extremity agility and stabilization. |
May not be suitable for clients/athletes who lack shoulder stability. |
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Upper extremity strength assessment : bench press : position : movement : |
1. warm up with a light resistance that can be easily performed for 8-10 reps. 2. Take 1 minute rest. 3. At 10-20lbs (5-10%) initial load performed 3-5 reps. 4. Take 2 minute rest. 5. Repeat steps 4 & 5 until client achieves failure between 2-10 reps. 6. Use the one 1 rep max estimation chart to calculate 1 rep max. |
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Lower extremity strength assessment : squat : purpose : |
Estimate the 1 repetition Squat Maximum & overall lower body strength. |
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Lower extremity strength assessment : squat : position : |
Feet shoulder width, straightahead, knees in line with toes. The low back should be in a neutral position. |
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Shark skill test : procedure : position : |
Stand in the center box of a grid with hands on hips, standing on one leg. |
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The single-leg squat assessment appears to be a reliable & valid measure of |
Lower extremity movement patterns when standard application protocols are applied. |
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Knee Val guess has been shown to be influenced by |
Decreased hip adductor & hip external rotation strength. Increased hip adductor activity. Restricted ankle dorsiflexion. |
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Movement impairments observed during the transitional movement assessments May be the result of |
Alterations in available joint motion, muscle activation, & overall neuromuscular control. |
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Upper extremity strength assessment : bench press : position : movement : |
1. warm up with a light resistance that can be easily performed for 8-10 reps. 2. Take 1 minute rest. 3. At 10-20lbs (5-10%) initial load performed 3-5 reps. 4. Take 2 minute rest. 5. Repeat steps 4 & 5 until client achieves failure between 2-10 reps. 6. Use the one 1 rep max estimation chart to calculate 1 rep max. |
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The single leg squat test : procedure : position : |
1. Hands on hips & eyes focused straightahead. 2. Foot pointed straightahead. Foot, ankle, knee, & LPHC in neutral position. |
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Lower extremity strength assessment : squat : position : |
Feet shoulder width, straightahead, knees in line with toes. The low back should be in a neutral position. |
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Single leg squat test : procedure : compensation : |
1. Knee : does the knee move inward (adduct & internally rotate)? |
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