Arthrokinematics for the Saddle Joints (and others that confuse me)

Question 1

Flexion of the CMC joint of the thumb would result in what arthrokinematic movement?

Answer 1

Flexion would cause a Palmar roll and glide/ medial roll and glide

Question 2

Extension of the CMC joint of the thumb would result in what arthrokinematic movement?

Answer 2

Extension would cause a dorsal roll and glide/ lateral roll and glide

Question 3

ADduction of the CMC joint of the thumb would result in what arthrokinematic movement?

Answer 3

ADduction would cause Posterior roll and Anterior Glide

Question 4

ABduction of the CMC joint would result in what arthrokinematic movement?

Answer 4

ABduction would cause Anterior roll Posterior glide

Question 5

Protraction of the Sternoclavicular joint would result in what arthrokinematic movement?

Answer 5

Protraction would cause Anterior roll and glide

Question 6

Retraction of the Sternoclavicular joint would result in what arthrokinematic movement?

Answer 6

Retraction would cause posterior roll and glide

Question 7

Elevation of the Sternoclavicular joint would result in what arthrokinematic movement?

Answer 7

Elevation would cause Superior roll and inferior glide

Question 8

Depression of the Sternoclavicular joint would result in what arthrokinematic movement?

Answer 8

Depression would cause Inferior roll and Anterior glide

Question 9

Open-Chain supination of the forearm would create what arthrokinematic movement at the distal radioulnar joint?

Answer 9

At the distal radio-ulnar joint, open chain supination would cause palmar roll and glide

Question 10

Open-Chain Pronation of the forearm would create what arthrokinematic movement at the distal radioulnar joint?

Answer 10

At the distal radio-ulnar joint, open chain pronation would cause dorsal roll and glide