ALL KINESIOLOGY FLASHCARDS

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202 Terms

1
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How many bones does an upper limb have, and what are they?

  • Humerus, radius, ulna, carpals, metacarpals, phalanges

  • 30 in total

2
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What are the joints of an upper limb?

  • Shoulder joint

  • Elbow joint

  • Radioulnar joint

  • Wrist

  • Carpo-metacarpal joint

  • Metacarpophalangeal joint

  • Interphalangeal joint

3
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What is the radioulnar joint?

  • Where the radius and ulna articulates

  • A pivot joint allowing pronation and supination

4
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What is the anular ligament?

  • Holds the radioulnar joint in place

  • Allows the radius to pivot

5
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How is the elbow joint structured?

  • Contains the radial and ulna tuberosity, with the ulna tuberosity flattening to form the coronoid process

  • The olecranon and trochlear of the humerus allows the ulna to articulate

6
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What are the anterior muscles of the elbow?

  • Bicep brachii

  • Brachialis

  • Brachioradialis

  • Pronator teres

  • Pronator quadratus

7
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What are the posterior muscles of the elbow?

  • Tricep brachii

  • Anconeus

  • Supinator

8
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Tricep brachii O + I

O = Infraglenoid tubercle of scapula

I = Olecranon of the ulna

9
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Bicep Brachii short head O + I

O = coracoid process of scapula

I = Radial tuberosity

10
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Bicep brachii long head O + I

O = Supraglenoid tubercle of scapula

I = Radial tuberosity

11
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What is wrist movement primarily caused by?

The radius and proximal carpals, which forms the radiocarpal joint

12
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What type of joint is the thumb?

Saddle joint

13
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Wrist flexors O + I

O = Anteromedially on forearm

I = Anteriorly at the hand

14
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Wrist extensors O + I

O = Posteromedially on forearm

I = Posteriorly at the hand

15
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What is lateral epicondylitis?

  • Tennis elbow

  • Overuse injury of the wrist extensors and supination which attach to the lateral epicondyle of the humerus

16
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What is carpal tunnel syndrome?

  • Overuse injury causing numbness, tingle feeling

  • Caused by repetitive gripping

  • Caused by nerve compression by tendons on the medial nerve

17
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What bones articulate at the knee?

  1. Femur

  2. Tibia

  3. Patella

18
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What are the 2 knee joints?

  1. Tibiofemoral joint

  2. Patellofemoral joint

19
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What are the ligaments of the knee

  1. Anterior cruciate ligament

  2. Posterior cruciate ligament

  3. Lateral collateral ligament

  4. Medial collateral ligament

  5. Lateral menisci

  6. Medial menisci

<ol><li><p>Anterior cruciate ligament</p></li><li><p>Posterior cruciate ligament</p></li><li><p>Lateral collateral ligament</p></li><li><p>Medial collateral ligament</p></li><li><p>Lateral menisci</p></li><li><p>Medial menisci</p></li></ol><p></p>
20
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Where is the patella?

Embedded into the quadricep and patella tendon

21
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What are the functions of the patella?

  • Acts as a lever arm for quadricep (10-30% more torque)

  • Protects the anterior knee structures

22
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What are the muscles of the quadricep?

  • Rectus femoris

  • Vastus medialis

  • Vastus intermedius

  • Vastus lateralis

23
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Rectus femoris O + I

O = AIIS

I = Tibial tuberosity

24
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Vastus medialis O + I

O = Medial side of linea aspera

I = Tibial tuberosity

25
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Vastus intermedius O + I

O = Anterolateral femur

I = Tibial tuberosity

26
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Vastus medialis O + I

O = Greater trochanter

I = Tibial tuberosity

27
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What are the muscles of the hamstring?

  1. Bicep femoris

  2. Semitendinosus

  3. Semimembranosus

28
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Bicep femoris O + I

O = Long head - ischial tuberosity, short head - linea aspera

I = Head of fibula

29
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Semitendinosus O + I

O = Ischial tuberosity

I = Anteromedial tibia

30
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Semimembranosus O + I

O = Ischial tuberosity

I = Medial condyle of tibia

31
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What a biarticulating muscle?

A muscle which is involved in multiple joint actions

32
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What is the Q angle?

  • The angle of line of pull of the quadricep

  • Drawn between the ASIS to patella, and tibial tuberosity to patella

  • Men = 12-13°, Women = 16-18°

33
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What are the 2 malalignments of the knee?

Valgus = knees come in together

Varus = knees are apart

<p>Valgus = knees come in together</p><p>Varus = knees are apart</p>
34
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What is chondromalacia patella?

  • Pain at the front of knee due to patellofemoral cartilage damage, and mistracking the patella

35
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What are risk factors for chondromalacia patella?

  • High patella

  • Valgus (high Q angle)

  • Pronation

  • Weak vastus medialis

36
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What factors affect ACL ruptures?

  • 70% are non contact

  • Caused by cutting and decelerating soon after ground contact

37
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What are the functions of the foot?

  • Load bearing

  • Locomotion

  • Shock absorption

  • Acts as a 2nd class lever

38
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How many bones are in the foot?

26

39
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What does the longitudinal arch of the foot travel through?

  • Calcaneus

  • Talus

  • Navicular

  • Cuboid

  • Tarsals

40
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What does the transverse arch of the foot travel through?

5 Metatarsals

41
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What is pes planus?

Flat footed:

  • Low arched foot

  • Good shock absorption

  • Poor propulsion

42
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What is pes cavus?

Arched foot:

  • High arched foot

  • Poor shock absorption

  • Good propulsion

43
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What is the plantar fascia?

Ligamentous structure connecting the foot to the skins

44
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What is plantar fasciitis?

Overuse of the plantar fascia caused by:

  • Obesity

  • Long periods of standing

  • Tight dorsi-flexors

45
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What is the ankle joint and what does it consist of?

  • Hinge joint

  • Consists of tibia, fibula and talus

46
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What is the subtalar joint?

  • A transverse tarsal joint

  • Consists of talus, calcaneus, navicular and cuboid

  • Allow inversion, everison, pronation and supination

<ul><li><p>A transverse tarsal joint</p></li><li><p>Consists of talus, calcaneus, navicular and cuboid</p></li><li><p>Allow inversion, everison, pronation and supination</p></li></ul><p></p>
47
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What is a tarsometatarsal joint?

Joint between the metatarsals

48
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What is the metatarsophalangeal joint?

Joint between metatarsals and phalanges

49
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What is the interphalangeal joint?

Joint between the phalanges

50
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What are the superficial posterior muscles of the ankle and their movement?

  • Gastrocnemius and soleus

  • Primary plantar flexors

51
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Gastrocnemius O + I

O = posterior of femoral condyles

I = calcaneus

52
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Soleus O + I

O = Posterior of the proximal fibula and tibia

I = calcaneus

53
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What are the deep posterior muscles of the ankle?

  • Tibialis posterior

  • FDL + FHL

54
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Tibialis posterior O + I

O = Interosseous membrane

I = navicular cuneiforms of metatarsals 2,3,4,5

55
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What are the anterior muscles of the ankle and their movement?

  • Tibialis anterior

  • EDL

  • EHL

  • Primary dorsi-flexors

56
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What are the lateral muscles of the ankle and their movement?

  • Peroneus longus

  • Peroneus brevis

  • Peroneus tertius

  • Primary evertors

57
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What is shin splints?

Either:

  • Small tears in muscle attached to tibia

  • Stress fractures of tibia

58
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What are ankle dislocations?

  • Overstretch of ligaments supporting the ankle

  • 90% are caused by inversion

59
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What is an achillies rupture?

Pain in the heel caused by:

  • Sudden dorsi-flexion when muscles are contracted

  • Heavy activation of achilles tendon after long period of inactivity

60
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What is a flat bone?

  • Thin and curved

  • Used for protection

61
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What is a long bone?

  • Diaphysis is longer than width

  • Contains epiphysis at end

  • Used as lever arm for movement

62
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What is an irregular bone?

  • Has an irregular shape and size

63
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What is a sesamoid bone?

  • Bone embedded within tendon

64
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What is a short bone?

  • Short and cuboidal shape

  • Used for weight bearing and stability

65
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What is the axial skeleton?

Bones associated with the skull, spine, ribs and sternum

66
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What is the appendicular skeleton?

Bones associated with shoulder girdle, pelvic girdle and 4 limbs

67
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What is a fibrous joint?

  • Bones are connected by fibrous tissue

  • Provides no movement

68
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What is a cartilaginous joint?

  • Bones are connected by cartilage

  • Provides slight movement

69
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What is a synovial joint?

  • Joint contains synovial fluid for lubrication and shock absorption

  • Allows free movement

70
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What is a hinge joint?

  • Allows flexion and extension

  • e.g. knee

71
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What is a ball and socket joint?

  • Allows all movements

  • e.g. shoulder

72
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What is a condyloid joint?

  • Allows flexion and extension, adduction and abduction, and circumduction

  • e.g. Wrist

73
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What is a pivot joint?

  • Allows rotation around an axis

  • e.g. neck

74
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What is a gliding joint?

  • Allows Sliding of 2 bones over each other

  • e.g. between tarsals

75
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What is a saddle joint?

  • Bones have a concave and convex part which saddle on eachother

  • e.g. thumb

76
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What bones make up the shoulder girdle?

  • Clavicle

  • Scapula

  • Manubrium of the sternum (superior part of the sternum)

77
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What are the 2 joints of the shoulder girdle?

  • Acromioclavicular joint

  • Sternoclavicular joint

78
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What is the acromioclavicular joint?

  • Formed by the acromion process of the scapula and the lateral of the clavicle

  • Is a gliding joint

79
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What is the sternoclavicular joint?

  • Formed by the manubrium of the sternum and medial of the clavicle

  • Only connection of the axial and appendicular skeletal system

  • Is a saddle joint

80
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What are the movements available at the shoulder girdle?

  • Elevation

  • Depression

  • Abduction

  • Adduction

  • Upwards rotation

  • Downwards rotation

81
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What are the posterior muscles at the shoulder girdle?

  • Trapezius

  • Rhomboids

  • Levator scapulae

82
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What are the anterior muscles at the shoulder girdle?

  • Pectoralis major

  • Serratus anterior

83
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What is the nuchal ligament?

Ligament supporting the weight of the head

84
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What are the movements available due to the rhomboids?

  • Elevation

  • Adduction

  • Downwards rotation

85
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Rhomboid O + I

O = C7 to T5

I = Inferior medial part of scapula

86
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What are the movements available due to the levator scapulae?

  • Elevation

  • Adduction

  • Downwards rotation

87
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Levator scapulae O + I

O = C1 to C4

I = Superior medial part of scapula

88
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What are the movements available due to the trapezius?

Upper fibres = adduction + elevation

Middle fibres = adduction

Lower fibres = adduction, depression and downwards upwards

89
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What are the movements available due to the serratus anterior?

  • Abduction

  • Upwards rotation

90
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Serratus O + I

O = Upper 9 ribs

I = Medial anterior part of scapula

91
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What are the movements available due to the pectoralis minor?

  • Abduction

  • Depression

  • Downwards rotation

92
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Pectoralis minor O + I

O = Ribs 3,4,5

I = Coracoid process of scapula

93
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What is the most broken bone in the body?

Clavicle

94
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Which part of the clavicle breaks the most?

Middle or lateral third

95
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What is the glenoid fossa?

  • Cavity on the lateral superior portion of the scapula

  • Used for humerus articulation

96
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What structures provide stability at the shoulder joint?

  • Rotator cuffs

  • Labrum

  • Glenohumeral ligaments

  • Fibrous cartilage

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What are the 4 rotator cuff muscles?

  • Supraspinatus

  • Infraspinatus

  • Teres minor

  • Subscapularis

98
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What are the superficial muscles of the glenohumeral joint?

  • Pectoralis major

  • Lat dorsi

  • Teres major

  • Deltoid

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What are the deep muscles of the glenohumeral joint?

All rotator cuff muscles

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What movements does the Pectoralis major carry out?

  • Adduction

  • Horizontal adduction

  • Inwards rotation