Sit To Stand Analysis Flashcards

1
Q

Identify problems in sit to stand movement

A

Hands on legs
Toes lift up - excessive dorsiflexion
COG is too far back
Excessive lumbar flexion and hip flexion ( rocking and leaning forward) - throws body weight to stand up

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2
Q

Why are hands put in legs to lift up

A

Weak hip extensors - glute max

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3
Q

Why is there excessive dorsiflexion in sit to stand

A

Restricted dorsiflexion ROM at ankle

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4
Q

Why is there excessive lumbar flexion and hip flexion to stand up causing him to throw his body weight

A

Weak hip flexors to create initial movement

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5
Q

What rehab will we use to improve sit to stand dysfunctions

A
  1. Strengthen hip extensors
  2. Sitting at edge of chair will put him at a mechanical advantage as his muscles are more in mid range and the body is over BOS
  3. Strengthen hip flexors in inner range
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6
Q

What exercise will we choose to rehab his sit to stand and why we chose this movement

A

Glute bridges
High box step up ( concentric contraction, in closed kinetic chain and works full range)

To improve strength in a closed kinetic chain that

KTW
Increase ROM at ankle joint for dorsiflexion

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7
Q

What are the sets and reps and rest and frequency for high box step in improving a sit to stand

A

2 sets
8-12 reps
2.5mins rest
2-3 days a week

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8
Q

Justify your choice of sets, reps, frequency and rest for glute bridge rehab

A

ACSM guidelines - for novice to intermediates
Weight is Based upon the athletes 1 RM when they weren’t injured

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9
Q

What is the outcome measure for a high step up

A

Increase 1RM in the max test - demonstrate loaded resistance and do reps till fatigue

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10
Q

How long will the exercise take to be effective?

A

10 - 12 weeks for hypertrophy and muscle sizing change
During 6-8 weeks neural fibre connections may be improved and balanced

0-8 weeks = acute adaptations - improvements in co-ordinations between stabilises, synergism’s and antagonists and increased firing frequency of MU
8-12 weeks = skeletal muscle - increase in cross sectional areas of muscle fibres and connective tissue and increased type 2a

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11
Q

What is a progression for a step up stand and why is this?

A

Use the FITT principles
Increase intensity to 3 sets with 12 reps and less rest to 2 mins
Based on biomechanical principles of Mechanotherapy and SAID

Or for TYPE - change exercise to hip thrusts and then RDL

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12
Q

Regression for glute bridges?

A

Decrease the sets reps
Increase rest

Based on overload and SNAP principles

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13
Q

What is a exercise we could use to improve reduced ROM at the ankle

A

KTW to increase ankle ROM and electricity through Creep and stress strain

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14
Q

What reps,sets, frequency and intensity will be used for KTW exercise

Timeline for response?

A

5-6 sets
15-30 seconds
2-5 times - aim to get >60 seconds of total stretching per MTU
As many times as possible or at least 5/6 times a day (>2-3 days a week)

For a minimum of 3-4 weeks
At least 2-3 days a week

Based on ACSM guidelines

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15
Q

Explanation for parameters of KTW stretch

A

Creep and stress relaxation

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16
Q

Outcome measure for KTW

A

Measure length from wall