Forearm Wrist And Hand

Front 1

The relationship of the olecranon and X is important to display proper orientation

Back 1

Epicondyles

Front 2

Radioulnar joints permit

Back 2

Pronation and supination

Front 3

Pronation is innervated by

Back 3

Median nerve

Front 4

Supination is innervated by

Back 4

Radial and Musculocutaneous nerve

Front 5

From tip to base, the bones in the fingers are

Back 5

Phalanges

Metacarpals

Carpals

Front 6

The thumb differs in bone structure because it contains

Back 6

No metacarpals

Front 7

The metacarpals are located in the

Back 7

Palm

Front 8

Carpometacarpal joint, 1st is X and rest are X and X

Back 8

Saddle

Condyloid and plane

Front 9

Movements of the thumb:

Back 9

Abduction

Adduction

Flexion

Extension

Opposition

Front 10

The interphalangeal joints are

Back 10

Hinge joints

Front 11

Carpals mnemonic

Back 11

Scared lovers try positions they can't handle

Front 12

The wrist joint is a

Back 12

Condyloid synovial joint

Front 13

The wrist joint is comprised of the

Back 13

Radius with scaphoid

Lunate and triquetral

Front 14

The ulnar is separated from the carpals by the

Back 14

Fibrocartilage disc

Front 15

The lateral collateral ligament is between

Back 15

Radius and Scaphoid

Front 16

The medial collateral ligament is between

Back 16

Ulna and triquetrum

Front 17

Movements at the wrist joint are

Back 17

Flexion and extension

Abduction and adduction

Front 18

The anterior forearm is innervated by

Back 18

Median nerve

Front 19

The posterior forearm is innervated by

Back 19

Radial nerve

Front 20

The muscles of the anterior compartment are in X layers

Back 20

3

Front 21

All the muscles in the anterior compartment are median nerve except

Back 21

FCU which is Ulnar nerve

Front 22

The outermost layer contains the muscle

Back 22

Pronator teres

Front 23

The tendons in the outermost forearm later are

Back 23

Flexor carpi radialis

Palmaris longus

Flexor carpi ulnaris

Front 24

The muscle in the second layer of anterior forearm is

Back 24

Flexor Digitorum Superficialis

Aka finger flexor PIP

Front 25

The muscles in the third layer of the anterior forearm are

Back 25

Flexor pollicis longus

Flexor digitorum profundus

Front 26

Posterior forearm compartment contains X layers

Back 26

2

Front 27

The 2 layers of the posterior forearm are

Back 27

Superficial and Deep

Front 28

The superficial posterior forearm layer is made up of

Back 28

Wrist and finger extensors

Front 29

The muscles of the posterior forearm superficial are

Back 29

Extensor digitorum

Extensor carpi radialis (Brevis and longus)

Extensor carpi ulnaris

Front 30

The deep layer of the posterior forearm has

Back 30

Supinatior and outcropping muscles of the thumb and extensor indicis

Front 31

The muscles of the deep posterior forearm are

Back 31

Supinator

Abductor pollicis longus

Extensor pollicis brevis and longus

Extensor indicis

Front 32

All muscles in posterior deep forearm are supplied by

Back 32

Deep branch of radial nerve

Front 33

Radial nerve damage will result in

Back 33

Symptoms

Front 34

The brachioradialis comes into use when

Back 34

Shaking hands

Taking a drink etc

Front 35

The cubical fossa contains

Back 35

Medial nerve

Radial artery

Front 36

Median nerve injury in cubital fossa will result in hand

Back 36

Making a hand of benediction when trying to make a fist

Front 37

The snuffbox is bordered by the

Back 37

Extensor pollicis longus laterally

Extensor pollicis brevis and abductor pollicis longus medially

Front 38

The aponeurosis is the

Back 38

Tough fibrous layer preventing movement of palmar skin

Front 39

The thenar muscles are innervated by

Back 39

Median nerve

Front 40

The hypothenar muscles are innervated by

Back 40

The ulnar nerve

Front 41

All the small muscles of the hand are controlled by spinal nerve

Back 41

T1

Front 42

The lumbrical muscles flex ...

Back 42

MCP joints and extend interphalangeal joints

Front 43

The lumbrical muscles insert

Back 43

Into the extensor expansion

Front 44

The lumbrical muscles originate

Back 44

At the deep flexor tendons

Front 45

The synovial sheaths and palmar spaces are important in

Back 45

The spread and accumulation of infection from penetrating injuries

Front 46

The common sheath extends up to X is the X bursa and connects with the torewrm

Back 46

5th digit

Ulnar

Front 47

The Palmar spaces are X and X

Back 47

Midpalmar

Thenar

Front 48

Loss of supply to Ulnar nerve results in

Back 48

Clawed hand

Front 49

C5 is responsible for

Back 49

Shoulder abduction and lateral rotation

Front 50

C6 is responsible tor

Back 50

Elbow flexion and wrist extension

Front 51

C7 is responsible for

Back 51

Elbow extension and wrist flexion

Front 52

C8 is responsible for

Back 52

Thumb extension and wrist ulnar deviation

Front 53

T1 is responsible for

Back 53

Finger abduction and adduction

Front 54

Name the two vascular arches in the hand

Back 54

Superficial palmar arch

Deep palmar arch

Front 55

The superficial palmar arch is mainly X

Back 55

Ulna

Front 56

The deep palmar arch is mainly

Back 56

Radial