Shoulder Quiz

1. 1A "winged" scapula occurs when [blank_start]serratus anterior[blank_end] is weakened/paralysed from an injury to the [blank_start]long thoracic nerve.[blank_end]

   1. Aserratus anterior
   2. Blong thoracic nerve
2. 2Which muscles make up the rotator cuff?

   1. ASupraspinatus
   2. BTeres Minor
   3. CTeres Major
   4. DInfraspinatus
   5. EPosterior Deltoid
   6. FSubscapularis
   7. GAnterior deltoid
3. 3A function of the Supraspinatus is:

   1. AAbduction
   2. BAdduction
   3. CExternal rotation
   4. DInternal rotation
   5. EShoulder retraction
   6. FShoulder elevation
4. 4A function of the infraspinatus is:

   1. AAbduction
   2. BAdduction
   3. CExternal rotation
   4. DInternal rotation
   5. EShoulder retraction
   6. FShoulder elevation
5. 5A function of Teres Minor is:

   1. AAbduction
   2. BAdduction
   3. CExternal rotation
   4. DInternal rotation
   5. EShoulder retraction
   6. FShoulder elevation
6. 6A function of the subscapularis is:

   1. AAbduction
   2. BAdduction
   3. CExternal rotation
   4. DInternal rotation
   5. EShoulder retraction
   6. FShoulder elevation
7. 7The Rhomboid Major and Rhomboid Minor function to [blank_start]retract[blank_end] the scapula. They are innervated by the [blank_start]dorsal scapular[blank_end] nerve.

   1. Aretract
   2. Bdorsal scapular
8. 8The dorsal scapular nerve innervates which muscles

   1. ASupraspinatus
   2. BSubscapularis
   3. CTeres Minor
   4. DTeres Major
   5. ERhomboids (minor and major)
   6. FLatissimus Dorsi
   7. GLevator Scapulae
   8. HTrapezius
9. 9The nerve most commonly injured in fractures around the proximal humerus is the [blank_start]axillary[blank_end] nerve.

   1. Aaxillary
10. 10The primary extensors of the shoulder are:

    1. ATeres Minor
    2. BLong head of triceps
    3. CLatissimus dorsi
    4. DTrapezius
    5. EPosterior deltoid
    6. FTeres Major

11. 11Serratus anterior is innervated by which nerve

    1. ADorsal scapula
    2. BThoracodorsal
    3. CAccessory
    4. DLong thoracic
12. 12Rhomboid major is innervated by which nerve

    1. ADorsal scapula
    2. BThoracodorsal
    3. CAccessory
    4. DLong thoracic
13. 13Latissimus dorsi is innervated by which nerve

    1. ADorsal scapula
    2. BThoracodorsal
    3. CAccessory
    4. DLong thoracic
14. 14Trapezius upper fibres are innervated by which nerve

    1. ADorsal scapula
    2. BThoracodorsal
    3. CAccessory
    4. DLong thoracic
15. 15The main support for the acromioclavicular joint, comes from which ligament

    1. ACoracoclavicular lig
    2. BCoracoacromial lig
    3. CGlenohumeral ligs
    4. DSternoclavicular lig
16. 16The [blank_start]coracoclavicular ligament[blank_end] is the only non-contractile structure suspending the scapula from the clavicle

    1. Acoracoclavicular ligament
17. 17The coracoclavicular ligament has 2 parts: the [blank_start]conoid[blank_end] and the [blank_start]trapezoid[blank_end] ligaments. It connects the [blank_start]clavicle[blank_end] and the [blank_start]coronoid process[blank_end].

    1. Aconoid
    2. Btrapezoid
    3. Cclavicle
    4. Dcoronoid process
18. 18Fill out the labels

    

    1. ALevator Scapulae
    2. BRhomboid minor
    3. CInfraspinatus
    4. DRhomboid Major
    5. ELatissimus Dorsi
    6. FDeltoid
    7. GTrapezius
19. 19Fill out the labels

    

    1. ASupraspinatus
    2. BTeres minor
    3. CInfraspinatus
20. 20Fill in the label

    

    1. ASubscapularis
21. 21Fill in the labels

    

    1. ACoracoacromial ligament
    2. BAcromioclavicular ligament
    3. CCoracoclavicular ligament
22. 22The 3 structures that make up the coracoacromial arch are the [blank_start]acromion[blank_end], the [blank_start]coracoid process[blank_end], and the [blank_start]coracoacromial ligament[blank_end].

    1. Aacromion
    2. Bcoracoid process
    3. Ccoracoacromial ligament
23. 23When the humerus elevates as part of normal shoulder biomechanics, the deltoid and the rotator cuff muscles are

    1. AA force couple
    2. BAntagonistic muscles
    3. CWorking in the same direction
24. 24Coracobrachialis is innervated by which nerve

    1. ASubscapular
    2. BThoracodorsal
    3. CMusculocutaneous
    4. DFifth and sixth cervical nerves
    5. EDorsal scapular
25. 25Subscapularis is innervated by which nerve

    1. ASubscapular
    2. BThoracodorsal
    3. CMusculocutaneous
    4. D5th and 6th cervical nerves
    5. EDorsal scapula
26. 26Levator scapulae is innervated by which nerve

    1. ASubscapular
    2. BThoracodorsal
    3. CMusculocutaneous
    4. D5th and 6th cervical nerves
    5. EDorsal scapula
27. 27Subclavius is innervated by which nerve

    1. ASubscapular
    2. BThoracodorsal
    3. CMusculocutaneous
    4. D5th and 6th cervical nerves
    5. EDorsal scapula
28. 28Latissimus dorsi is innervated by which nerve

    1. ASubscapular
    2. BThoracodorsal
    3. CMusculocutaneous
    4. D5th and 6th cervical
    5. EDorsal scapula
29. 29Which muscle does not contribute to horizontal abduction

    1. Ainfraspinatus
    2. Bposterior deltoid
    3. Cteres major
    4. Dteres minor
30. 30What is the function of the coracobrachialis?

    1. AFlexion of GHj
    2. BExtension of GHj
    3. CAdduction GHj
    4. DAbduction GHj
31. 31Which 2 nerves would be damaged if a patient has inhibited shoulder abduction?

    1. AMusculocutaneous
    2. BUpper and lower subscapularis
    3. CSuprascapula
    4. DLong thoracic
    5. EAxillary
    6. FSubscapular
32. 32Which of the following actions occurs when the infraspinatus, subscapularis and teres minor all contract at the same time

    1. AInternal rotation
    2. BFlexion
    3. CExternal rotation
    4. DDepression of the humeral head in the glenoid fossa
33. 33The [blank_start]radial[blank_end] nerve innervates the Anconeus muscle.

    1. Aradial
34. 34The [blank_start]long thoracic[blank_end] nerve innervates the serratus anterior

    1. Along thoracic
35. 35The [blank_start]subscapular[blank_end] nerve innervates the teres major

    1. Asubscapular
36. 36The [blank_start]suprascapular[blank_end] nerve innervates the supraspinatus

    1. Asuprascapular
37. 37During scapulothoracic rhythm, glenohumeral motion is much greater for the first [blank_start]30[blank_end] degrees of abduction than scapulothoracic motion.

    1. A30
38. 38There are 3 types of acromion shapes. Type one is [blank_start]flat[blank_end]. Type two is [blank_start]curved[blank_end]. Type three is [blank_start]hooked[blank_end]. Types [blank_start]two[blank_end] and [blank_start]three[blank_end] are most often associated with rotator cuff tears due to impingement

    1. Aflat
    2. Bcurved
    3. Chooked
    4. Dtwo
    5. Ethree
39. 39"Drop Arm Test" is a test where a patient's arm is passively abducted to 90 degrees, and externally rotated. Patient is asked to slowly lower arm back down in a controlled manner. The test is positive if the patient cannot do this in a controlled manner. Which muscles does this test test for?

    1. ASupraspinatus
    2. BInfraspinatus
    3. CSubscapularis
    4. DTeres Minor
40. 40An arthogram is a spinal needle into the shoulder joint under fluoroscope followed by injection of a contrast medium to diagnose possible labral pathology?

    1. AVerdadeiro
    2. BFalso
41. 41After arthroscope/mini open repair of supraspinatus tear, post op rehab should be:

    1. AAROM within first week after repair
    2. BImmobilise 6/52
    3. CPROM only for 3-6 weeks
    4. DAROM and PROM within 1/52 post repair
42. 42After arthroscopic debridement, post op orders should be

    1. AAROM can begin immediately
    2. BImmobilise 6/52
    3. CPROM only
    4. DAROM and PROM immediately
43. 43When subscapularis is repaired, which motions shoulder be limited post op

    1. AExternal rotation
    2. BExtension
    3. CInternal rotation
    4. DFlexion
44. 44During a mini-open rotator cuff repair, the [blank_start]deltoid[blank_end] is split, not detached, making rehab more rapid compared to a standard open rotator cuff repair where the [blank_start]deltoid[blank_end] is detached

    1. Adeltoid
    2. Bdeltoid
45. 45When treating a patient with RC tendinitis / impingement non operatively, which of the following shoulder be completed

    1. AStrengthen rotator cuff
    2. BStrengthen deltoid
    3. CStrengthen scapulothoracic stabilisers
    4. DStretching pectoralis minor
    5. EStretching rhomboids
    6. FStrengthen biceps/triceps
    7. GStretch glenohumeral joint capsule
    8. HStrengthen trapezius
46. 46A SICK scapula is an asymmetrical, malpositioned, scapula caused by muscular overuse fatigue syndrome. The acronym stands for S[blank_start]capula[blank_end] I[blank_start]nfera[blank_end] C[blank_start]oracoid[blank_end] D[blank_start]yskinesis[blank_end]

    1. Acapula
    2. Bnfera
    3. Coracoid
    4. Dyskinesis
47. 47The "Lift Off" test: patient places the dorsum of their hand on their lower back and tries to lift their hand away. If they cannot lift off, this indicates a [blank_start]subscapularis[blank_end] tear.

    1. Asubscapularis
48. 48The apprehension test tests for [blank_start]anterior[blank_end] instability of the GH jt.

    1. Aanterior
49. 49The Jobe relocation test (or empty can test) tests for [blank_start]anterior[blank_end] instability of the glenohumeral joint

    1. Aanterior
50. 50Load and shift test: tests for [blank_start]anterior[blank_end] and [blank_start]posterior[blank_end] instability

    1. Aanterior
    2. Bposterior
51. 51The Sulcus test tests for [blank_start]inferior[blank_end] instability

    1. Ainferior
52. 52The Hawkins Test: [blank_start]Flex[blank_end] the shoulder to [blank_start]90 degrees[blank_end], and the elbow to [blank_start]90[blank_end] degrees. Passivly [blank_start]internally rotate[blank_end] the arm. Pain is indicative of [blank_start]shoulder impingement[blank_end].

    1. AFlex
    2. B90 degrees
    3. C90
    4. Dinternally rotate
    5. Eshoulder impingement
53. 53Whipple test: Arm is [blank_start]flexed[blank_end] to [blank_start]90[blank_end] degrees, and [blank_start]adducted[blank_end] so that the hand is in front of the opposite shoulder, palm down, elbow straight. Patient resists a [blank_start]downwards[blank_end] force. A positive test indicates [blank_start]supraspinatus[blank_end] issue.

    1. Aflexed
    2. B90
    3. Cadducted
    4. Ddownwards
    5. Esupraspinatus
54. 54Speed test: [blank_start]flex[blank_end] the shoulder to [blank_start]90[blank_end] degrees, elbow [blank_start]straight[blank_end], forearm [blank_start]supinated[blank_end]. Patient resists [blank_start]downwards[blank_end] pressure. Tests for [blank_start]bicipital tendonitis[blank_end]

    1. Aflex
    2. B90
    3. Cstraight
    4. Dsupinated
    5. Edownwards
    6. Fbicipital tendonitis
55. 55Napoleon test: inability to bring the elbow [blank_start]anteriorly[blank_end] when hand pressed against the [blank_start]belly[blank_end]. Tests the [blank_start]subscapularis[blank_end].

    1. Aanteriorly
    2. Bbelly
    3. Csubscapularis
56. 56Rotator cuff strengthening and scapular rotator strengthening are important in rehabilitation of shoulder [blank_start]impingement[blank_end].

    1. Aimpingement
57. 57Neer test: stabilise the [blank_start]acromion[blank_end], [blank_start]internally[blank_end] rotate the shoulder and flex. Positive test is painful, and indicates [blank_start]shoulder impingement[blank_end]

    1. Aacromion
    2. Binternally
    3. Cshoulder impingement
58. 58Bear Hug Test: Pt's hand on affected side is placed on the [blank_start]opposite shoulder[blank_end], shoulder flexed to [blank_start]90[blank_end] degrees, therapist tries to lift wrist off while the patient resists. Positive test is indicated by [blank_start]pain[blank_end], tests [blank_start]subscapularis[blank_end]

    1. Aopposite shoulder
    2. B90
    3. Cpain
    4. Dsubscapularis
59. 59Which exercises are used to strengthen serratus anterior?

    1. APush up plus
    2. BDynamic hug with theraband
    3. Cside lying external rotation with a towel roll in axilla
    4. Dsupine straight arm punches towards the ceiling
60. 60Jahnke test: Stretch the forward flexed arm [blank_start]posteriorly[blank_end] at [blank_start]90[blank_end] degrees of elevation in neutral rotation, the elevated arm is then brought into [blank_start]abduction[blank_end] and is pushed forward. Positive test = [blank_start]clunk[blank_end] in shoulder. Tests for subluxation injury to the [blank_start]glenohumeral[blank_end] joint.

    1. Aposteriorly
    2. B90
    3. Cabduction
    4. Dclunk
    5. Eglenohumeral
61. 61Biceps tenodesis: A common treatment for [blank_start]biceps tendinosis[blank_end]. It is where the [blank_start]biceps[blank_end] is taken off it's [blank_start]insertion[blank_end] at the humeral head during surgery, and then [blank_start]anchored back on[blank_end].

    1. Abiceps tendinosis
    2. Bbiceps
    3. Cinsertion
    4. Danchored back on
62. 62Biceps tenotomy: the [blank_start]biceps[blank_end] is surgically taken off it's [blank_start]insertion[blank_end], and then it is [blank_start]left to fall down into the upper arm[blank_end].

    1. Abiceps
    2. Binsertion
    3. Cleft to fall down into the upper arm
63. 63Mumford procedure: [blank_start]distal clavicle excision[blank_end] commonly used in the treatment of [blank_start]rotator cuff dysfunction[blank_end]

    1. Adistal clavicle excision
    2. Brotator cuff dysfunction
64. 64Capsular shift procedure: may be completed in a case of shoulder [blank_start]instability[blank_end], most commonly, [blank_start]multidirectional instability[blank_end].

    1. Ainstability
    2. Bmultidirectional instability
65. 65Subacromial decompression ("acromioplasty"): alleviates [blank_start]rotator cuff[blank_end] problems cuased by subacromial spurs. [blank_start]Coracoacromial[blank_end] ligament forms a sharp edge over the coracoacromial arch and must be [blank_start]cut[blank_end] and [blank_start]detached[blank_end] from the acromion, thus removing pressure from a sensitive tendon.

    1. Arotator cuff
    2. BCoracoacromial
    3. Ccut
    4. Ddetached
66. 66ASAD = stands for A[blank_start]rthroscopic[blank_end] S[blank_start]ub[blank_end]a[blank_start]cromial[blank_end] D[blank_start]ecompression[blank_end]

    1. Arthroscopic
    2. Bub
    3. Ccromial
    4. Decompression
67. 67After ASAD, PROM are initiated [blank_start]immediately[blank_end], AROM initiated [blank_start]as soon as pain and motion allows[blank_end] which is usually [blank_start]4-5 days[blank_end]. Resistive ex should be added at [blank_start]3-4 weeks[blank_end]

    1. Aimmediately
    2. Bas soon as pain and motion allows
    3. C4-5 days
    4. D3-4 weeks
68. 68Post biceps tenodesis: elbow is kept in flexed position at [blank_start]90[blank_end] degrees, for [blank_start]2-3 weeks[blank_end]. At [blank_start]2-3 weeks[blank_end], active extension with passive flexion can commence. Active flexion is allowed at [blank_start]4 weeks[blank_end]. Light resistance is allowed at [blank_start]2 months[blank_end]. Full ADLs at [blank_start]3-4 months[blank_end].

    1. A90
    2. B2-3 weeks
    3. C2-3 weeks
    4. D4 weeks
    5. E2 months
    6. F3-4 months
69. 69The rotator interval is a space located between which 2 structures

    1. ATeres Minor
    2. BInfraspinatus
    3. CSupraspinatus
    4. DSubscapularis
    5. EDeltoid
    6. FPec Major
70. 70Apprehension test: tests for [blank_start]posterior[blank_end] and [blank_start]anterior[blank_end] instability. The arm is [blank_start]externally[blank_end] rotated. Best done in [blank_start]supine[blank_end] position. The test is positive if [blank_start]apprehension[blank_end] is elicited by the patient.

    1. Aposterior
    2. Banterior
    3. Cexternally
    4. Dsupine
    5. Eapprehension
71. 71O'Briens clinical test: assesses for SLAP (s[blank_start]uperior[blank_end] l[blank_start]abrum[blank_end] a[blank_start]nterior[blank_end] to p[blank_start]osterior[blank_end]) lesions. SLAP lesions occur where the [blank_start]biceps[blank_end] tendion anchors to the [blank_start]labrum[blank_end]. The O'Briens clinical test: shoulder [blank_start]flexed[blank_end] to [blank_start]90[blank_end] degrees, adduced to [blank_start]10-15[blank_end] degrees, elbow is extended, shoulder [blank_start]internally[blank_end] rotated, with thumb down. Patient resists a [blank_start]downwards[blank_end] force. Test is repeated with forearm in full [blank_start]supination[blank_end]. A positive test is when pain is elicited with test [blank_start]A[blank_end] and relieved with test [blank_start]B[blank_end].

    1. Auperior
    2. Babrum
    3. Cnterior
    4. Dosterior
    5. Ebiceps
    6. Flabrum
    7. Gflexed
    8. H90
    9. I10-15
    10. Jinternally
    11. Kdownwards
    12. Lsupination
    13. MA
    14. NB
72. 72The Empty Can test: used to assess [blank_start]rotator cuff[blank_end] function. Elevate the shoulder to [blank_start]90[blank_end] degrees, with elbow straight and shoulder [blank_start]internally[blank_end] rotated, while the patient resists a [blank_start]downwards[blank_end] force. Test is positive when [blank_start]pain[blank_end] is elicited

    1. Arotator cuff
    2. B90
    3. Cinternally
    4. Ddownwards
    5. Epain
73. 73Clunk/Crank test: [blank_start]rotate[blank_end] the flexed shoulder with elbow extended, [blank_start]internally[blank_end] and [blank_start]externally[blank_end]. A feeling of a [blank_start]clunk[blank_end] indicates a [blank_start]labral[blank_end] fragment is caught in the GHj,

    1. Arotate
    2. Binternally
    3. Cexternally
    4. Dclunk
    5. Elabral
74. 74Bankart lesion: results from a traumatic [blank_start]anterior[blank_end] dislocation of the shoulder, and results in [blank_start]anterior[blank_end] instability of the GHj. The injury is a when the capsular-labral complex is torn from the [blank_start]glenoid rim[blank_end]. In a bankart repair, the anteroinferior [blank_start]labrum[blank_end] is repaired back to the [blank_start]glenoid rim[blank_end].

    1. Aanterior
    2. Banterior
    3. Cglenoid rim
    4. Dlabrum
    5. Eglenoid rim
75. 75Post Bankart lesion repair, external rotation beyond 0 degrees is recommended at...

    1. A1 week
    2. B2-3 weeks
    3. C4 weeks
    4. D6 weeks
76. 76Hill-Sachs lesion: an impaction [blank_start]fracture[blank_end] of the [blank_start]posterosuperior[blank_end] humeral head.It occurs during an [blank_start]anterior[blank_end] glenohumeral dislocation.

    1. Afracture
    2. Bposterosuperior
    3. Canterior
77. 77After SLAP lesion repair, which motion/s should be delayed

    1. AShoulder flexion beyond 90 degrees
    2. BIR beyond 30 degrees
    3. CER beyond neutral
    4. DShoulder extension
78. 78A swimmer experiencing pain with backstroke is most likely experiencing an [blank_start]anterior[blank_end] subluxation of the shoulder

    1. Aanterior
79. 79AMBRII: A[blank_start]symmetrical[blank_end] M[blank_start]ultidirectional[blank_end] B[blank_start]ilateral[blank_end] R[blank_start]ehabilitation[blank_end] I[blank_start]nferior[blank_end] capsular shift and I[blank_start]nterval[blank_end] closure - and refers to instabilities that are atraumatic.

    1. Asymmetrical
    2. Bultidirectional
    3. Cilateral
    4. Dehabilitation
    5. Enferior
    6. Fnterval
80. 80TUBS: T[blank_start]raumatic[blank_end] U[blank_start]nidirectional[blank_end] B[blank_start]ankart[blank_end] and S[blank_start]urgery[blank_end] - treatment of shoulder instability caused by trauma

    1. Araumatic
    2. Bnidirectional
    3. Cankart
    4. Durgery
81. 81After an inferior capsular shift to address anterior-inferior shoulder instability, which of the following precautions is most accurate?

    1. ANo limitations to ER
    2. BLimit ER to neutral for 6 weeks
    3. CFull ER at 0 degrees abduction permitted but ER at 90 degrees abduction limited to 45 degrees for 6 weeks
    4. DLimit ER to 30 degrees for 6 weeks
82. 82Non operative treatment of Multidirectional instability of the shoulder should include:

    1. AImmobilisation 4-6 weeks
    2. BCodmans exercises with weights after acute phase
    3. CWeighted exercises to create an inferior traction force on the shoulder after the acute phase
    4. DStrengthening of the RC muscles after the acute phase
83. 83Non displaced SNOH # can be managed conservatively with...

    1. ASling 6 weeks
    2. BSling 3 weeks
    3. CSling 7-10 days
    4. DIt shouldnt be, it will need ORIF
84. 84During glenohumeral arthroplasty (replacement), which muscle is transected and repaired

    1. ADeltoid
    2. BSubscapularis
    3. CSupraspinatus
    4. DPectorlais major
85. 85The ideal GHj angular position for arthrodesis (fusion) is: Abduction: [blank_start]30[blank_end] degrees, flexion: [blank_start]30[blank_end] degrees, Internal rotation: [blank_start]30[blank_end] degrees

    1. A30
    2. B30
    3. C30
86. 86A reverse total shoulder arthroplasty (rTSA): used in patients with irreperable [blank_start]rotator cuff[blank_end] damage, or complex [blank_start]fracture[blank_end]. The orientation of the shoulder is reversed, where a concave cup is made where the humeral head usually is, and a plate is used to make a glenoidsphere. After this procedure, the [blank_start]deltoid[blank_end] is the prime shoulder elevator, and individuals [blank_start]are[blank_end] able to raise their arm over their head

    1. Arotator cuff
    2. Bfracture
    3. Cdeltoid
    4. Dare
87. 87After rTSA which motions should be protected the longest to avoid dislocation?

    1. AAbduction + ER
    2. BAdduction + IR
    3. CExtension + ER
    4. DNone, the rSTA is very stable
88. 88The main observation of someone with adhesive capsulitis might be:

    1. APain with gentle passive ER
    2. BAROM limited but PROM is WFL
    3. CIR restricted the most, followed by abduction and ER
    4. DDecreased ROM but without pain
89. 89During US for adhesive capsulitis, the arm should be [blank_start]abducted[blank_end], [blank_start]externally[blank_end] rotated, and the sound head should be directed towards the [blank_start]anteroinferior[blank_end] portion of the capsule

    1. Aabducted
    2. Bexternally
    3. Canteroinferior
90. 90Distal clavicle fractures are classified in 4 types.
    Type I: the [blank_start]coracoclavicular[blank_end] ligament is [blank_start]intact[blank_end], there is [blank_start]minimal[blank_end] displacement
    Type II: the [blank_start]coracoclavicular[blank_end] ligament is [blank_start]disrupted[blank_end], and there is higher risk of [blank_start]non-union[blank_end]
    Type III: is more distal and involves the [blank_start]acromioclavicular[blank_end] joint
    Type IV: physeal separation
    Type [blank_start]II[blank_end] usually requires surgery

    1. Acoracoclavicular
    2. Bintact
    3. Cminimal
    4. Dcoracoclavicular
    5. Edisrupted
    6. Fnon-union
    7. Gacromioclavicular
    8. HII
91. 91The Yergasons test:
    tests for [blank_start]bicipital tendonitis[blank_end]
    Positive if pain is elicited with resisted [blank_start]supination[blank_end] with the elbow [blank_start]flexed[blank_end] and slightly [blank_start]externally[blank_end] rotated

    1. Abicipital tendonitis
    2. Bsupination
    3. Cflexed
    4. Dexternally

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CHT hand therapy (Shoulder) Quiz sobre Shoulder Quiz, criado por Rosie C em 29-08-2018.

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Rosie C

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