Gender is not correlated to MAS of hip adductor, p>0.05. There is no difference between male and female subjects.
Age is not correlated to MAS of hip adductor, p>0.05. There is no difference between below and over 50 age groups.
Affected period is not correlated to MAS of hip adductor, p>0.05. There is no difference between below and over 6 months groups.
Level of injury is not correlated to MAS of hip adductor, p>0.05. There is no difference between complete and incomplete injured groups.
4.3.2 MAS of gastrocnemius muscle
Gender is not correlated to MAS of gastrocnemius muscle, p>0.05. There is no difference between male and female subjects.
Age is not correlated to MAS of gastrocnemius muscle, p>0.05. There is no difference between below and over 50 age groups.
Affected period is not correlated to MAS of gastrocnemius muscle, p>0.05.
There is no difference between below and over 6 months groups.
Level of injury is not correlated to MAS of gastrocnemius muscle, p>0.05.
There is no difference between complete and incomplete injured groups.
4.3.3 MAS of plantar flexor muscle
Gender is not correlated to MAS of plantar flexor muscle, p>0.05. There is no difference between male and female subjects.
Age is not correlated to MAS of plantar flexor muscle, p>0.05. There is no difference between below and over 50 age groups.
Affected period is not correlated to MAS of plantar flexor muscle, p>0.05.
There is no difference between below and over 6 months groups.
Level of injury is not correlated to MAS of plantar flexor muscle, p>0.05.
There is no difference between complete and incomplete injured groups.
4.3.4 ROM of hip adduction-abduction
Gender is not correlated to MAS of hip adduction-abduction, p>0.05. There is no difference between male and female subjects.
Age is not correlated to MAS of hip adduction-abduction, p>0.05. There is no difference between below and over 50 age groups.
Affected period is not correlated to MAS of hip adduction-abduction, p>0.05. There is no difference between below and over 6 months groups.
Level of injury is not correlated to MAS of hip adduction-abduction, p>0.05. There is no difference between complete and incomplete injured groups.
4.3.5 ROM of hip flexion-extension
Gender is not correlated to MAS of hip flexion-extension, p>0.05. There is no difference between male and female subjects.
Age is not correlated to MAS of hip flexion-extension, p>0.05. There is no difference between below and over 50 age groups.
Affected period is not correlated to MAS of hip flexion-extension, p>0.05.
There is no difference between below and over 6 months groups.
Level of injury is not correlated to MAS of hip flexion-extension, p>0.05.
There is no difference between complete and incomplete injured groups.
4.3.6 ROM of ankle and plantar flexion
Gender is not correlated to MAS of ankle and plantar flexion, p>0.05.
There is no difference between male and female subjects.
Age is not correlated to MAS of ankle and plantar flexion, p>0.05. There is no difference between below and over 50 age groups.
Affected period is not correlated to MAS of ankle and plantar flexion, p>0.05. There is no difference between below and over 6 months groups.
Level of injury is not correlated to MAS of ankle and plantar flexion, p>0.05. There is no difference between complete and incomplete injured groups.
4.3.7 Mobility-WISCI
Gender is not correlated to WISCI, p>0.05. There is no difference between male and female subjects.
Age is not correlated to WISCI, p>0.05. There is no difference between below and over 50 age groups.
Affected period is not correlated to WISCI, p>0.05. There is no difference between below and over 6 months groups.
Level of injury is not correlated to WISCI, p>0.05. There is no difference between complete and incomplete injured groups.
Only WISCI difference at 1 month, 3 months, and 6 months are significant between injury levels, incomplete injured patients have better WISCI than complete injured patients, p<0.05. Incomplete injured patients benefit greatly from rehab exercise if spasm is reduced.
4.3.8. Independence-SCIM
Gender is not correlated to independence of patient, p>0.05. There is no difference between male and female subjects.
Age is not correlated to independence of patient, p>0.05. There is no difference between below and over 50 age groups.
Affected period is not correlated to independence of patient, p>0.05. There is no difference between below and over 6 months groups.
Level of injury is not correlated to independence of patient, p>0.05 at 1 week, because 1 week is too short for any improvement even though treated patients have lesser spasticity, but not significantly better than control group in performing daily living activities.
Only SCIM difference at 1 month, 3 months, and 6 months are significant between injury levels, incomplete injured patients have better SCIM than complete injured patients, p<0.05. Incomplete injured patients benefit greatly from rehab exercise if spasm is reduced.
Only SCIM difference at 1 month and 3 months, p<0.01, and 6 months, p<0.05, are significant between injury levels, incomplete injured patients have better SCIM than complete injured patients.
CONCLUSION