Median
Ulnar
Radial
Musculocutaneous
Long thoracic
2-3 seconds
15-30 seconds
2-3 minutes
2-3 days
De Quervain's
Lateral epicondylitis
Medial epicondylitis
Carpal tunnel syndrome
The techniques can be used as self-care
The techniques can be used to prevent adhesion development after an injury
It is normal to have signs of vascular compromise while using these techniques
These techniques are contraindicated in the presence of spinal cord injury
These techniques should be avoided in the presence of acute/irritable neurological signs.
Ipsilateral neck rotation
Reaching overhead
Contralateral neck rotation
Wrist extension
Sternal fibres of pectoralis major
Upper trapezius
Clavicular fibres of pectoralis major
Pectoralis minor
Rheumatoid arthritis of the radiocarpal joint
Boney callus from a wrist fracture
Adhesions between the median nerve and pronator teres muscle
Tendinitis of the extrinsic finger flexor muscles
Water retention resulting from pregnancy
Myofascial/connective tissue techniques at the extensor retinaculum of the wrist
Deep transverse frictions applied to the median nerve in the carpal tunnel
Mobilization of the ulnar nerve through the carpal tunnel
Myofascial/connective tissue techniques applied to the flexor retinaculum of the wrist
Muscle stripping the flexor carpi radialis
Lumbar nerve root irritation
Piriformis syndrome
Gluteus minimus trigger point
A & B
All of the above
Carpal tunnel syndrome
Anterior scalene syndrome
Pectoralis minor syndrome
Costoclavicular syndrome
Cubital tunnel syndrome
True
False
True
False
Ankle dorsiflextion with inversion places more tension on the tibial tract
Hip adduction and internal rotation increases tension on the sciatic nerve
Plantar flexion with eversion places tension on the common peroneal tract
All of the above are true
None of the above are true
Muscular hypertrophy
Postural dysfunction
Congenital abnormalities
A & B
All of the above are contributing factors to TOS