Posture, Joints, Muscles and ROM Week 4

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66 Terms

1
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What is the purpose of a plumb line when assessing posture?

To assess body alignment

2
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In the anterior view, the plumb line passes equidistant between the:

Feet and ankles

3
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Which landmark is included in the anterior-view plumb line described in your slides?

Sternum

4
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Which landmarks should be checked for level alignment in the anterior view?

All of the above

5
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In the posterior view, the body's reference line runs along the:

Spinous processes

6
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In ideal posterior posture, the feet should be:

Parallel and facing forward

7
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What is a joint?

A place where at least two bones meet

8
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Which are the three structural categories of joints?

Fibrous, cartilaginous, and synovial

9
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What does synarthrosis mean?

Immovable

10
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What does amphiarthrosis mean?

Slightly movable

11
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What does diarthrosis mean?

Freely movable

12
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Which type of joint is found between the bones of the skull?

Suture

13
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Which joint connects a tooth to its socket?

Gomphosis

14
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Which is an example of a cartilaginous joint type?

Symphysis

15
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Which type of joint is classified as a hinge joint?

Elbow

16
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Which type of joint allows rotation at the radioulnar joint?

Pivot

17
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Which joints are examples of ball-and-socket joints?

Hip and shoulder

18
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Which joint type is associated with the carpometacarpal joint of the thumb?

Saddle

19
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Which structure is found in a diarthrodial joint?

Synovial membrane

20
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What is the general relationship between mobility and stability?

Increased mobility can mean decreased stability

21
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Which ligament is commonly injured during an inversion ankle sprain, according to the topic highlighted in your slides?

Anterior talofibular ligament

22
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What does ACL stand for?

Anterior cruciate ligament

23
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Which ligament is located on the medial side of the knee?

Medial collateral ligament

24
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Which ligament is located on the lateral side of the knee?

Lateral collateral ligament

25
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Which structures are included in the slides' knee-ligament material?

ACL, PCL, collateral ligaments, and menisci

26
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Which structure is identified in the shoulder-ligament slide?

Coracoclavicular ligament

27
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The anterior and posterior talofibular ligaments are associated with the:

Ankle

28
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Skeletal muscles are directly or indirectly attached to the:

Bones of the skeleton

29
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Which is a function of skeletal muscles listed in your slides?

Producing movement and maintaining posture

30
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What is a prime mover or agonist?

The muscle directly responsible for a specific movement

31
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What is an antagonist muscle?

A muscle whose action counteracts another muscle's action

32
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What is a synergist muscle?

A muscle that helps the prime mover work efficiently or stabilizes the joint

33
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Which muscle action is associated with the biceps in your slides?

Elbow flexion and forearm supination

34
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The insertion of the biceps is listed as the:

Radial tuberosity

35
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The slides list which structure as part of the biceps origin?

Supraglenoid tubercle

36
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What does the prefix "bi-" in biceps refer to?

Two heads

37
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In muscle nomenclature, "rectus" means:

Straight

38
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The name "sternocleidomastoid" provides clues about the muscle's:

Locations/origins

39
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According to the slides, one way to locate a muscle is to:

Perform its action, locate the muscle belly, and follow it toward its origin and insertion

40
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What is range of motion (ROM)?

The fullest amount of movement that occurs at a joint

41
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Which factor can influence ROM?

Soft-tissue structures that cross the joint

42
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Which of the following is another factor that influences ROM according to the slides?

Shape of the joint surfaces

43
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What does AROM stand for?

Active range of motion

44
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What does PROM stand for?

Passive range of motion

45
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During PROM, who moves the client's body part?

The caregiver or therapist

46
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What does AAROM stand for?

Active assistive range of motion

47
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Which is an important consideration when choosing a ROM exercise?

All of the above

48
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Which situation is identified in the slides as a contraindication to ROM exercises?

An acute or unstable fracture when movement could disrupt healing

49
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What should you do if a ROM exercise significantly increases the client's pain?

Stop and follow the appropriate instructions or protocol

50
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According to the slides, which movement precaution is mentioned for a client with rheumatoid arthritis (RA)?

Avoid neck hyperextension

51
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Why is stabilization important during ROM exercises?

To avoid, limit, or prevent unwanted movement

52
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What is the purpose of supporting a limb during ROM exercises?

To control the limb's weight and relieve stress on a joint

53
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What is a goniometer used to measure?

Joint angles and ROM

54
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Where should the axis or fulcrum of the goniometer be placed?

At the axis of the joint

55
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Where should the stationary arm be placed?

Parallel to the body part proximal to the joint

56
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Where should the movable arm be placed?

Parallel to the distal or moving body part

57
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Which is one of the seven steps of goniometry listed in the slides?

Identifying bony landmarks

58
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Why is client stabilization important when measuring ROM?

It helps prevent unwanted movement during measurement

59
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Which information should be recorded when documenting ROM?

Side, joint, movement direction, assistance, position, degrees, and observations

60
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Which is an example of information that should be included in ROM documentation?

Whether pain or other abnormal signs occurred

61
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What does "end feel" describe?

The tissue resistance felt at the end of the available range when overpressure is applied

62
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Why is it important to understand the expected end feel of a joint?

To help perform joint movements and exercises safely

63
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Which is a clinical reason for assessing ROM?

To evaluate changes in response to treatment

64
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ROM assessment can help clinicians develop:

Rehabilitation goals and a plan of care

65
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Which is an appropriate guideline when performing ROM exercises?

Use proper hand placement and smooth movements

66
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Before performing ROM exercises, which should be considered?

Doctor's orders, OT/PT instructions, and rehabilitation protocols