Musculoskeletal Content Flashcards

1
Q

How would you test shoulder flexion?

A

Ask the patient to raise your arms in front of you and overhead

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2
Q

How would you test shoulder extension?

A

Raise your arms behind you

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3
Q

How would you test shoulder abduction?

A

Raise your arms out to the side and over-head

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4
Q

How would you test shoulder adduction?

A

Cross your arms in front of your body

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5
Q

How would you test internal shoulder rotation?

A

Place one hand behind your back and touch your shoulder blade

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6
Q

How would you test external shoulder rotation?

A

Raise your arm to shoulder level; bend your elbow and rotate your forearm toward the ceiling

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7
Q

Describe how you would test the range of motion for the elbow (Flexion, extension, supination, pronation)

A
  • Flexion - Bend your elbow
  • Extension - Straighten your elbow
  • Supination - Turn your palms up as if carrying a bowl of soup
  • Pronation - Turn your palms down
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8
Q

Describe how you would test the range of motion for the wrist (Flexion, extension, adduction, abduction)

A
  • Flexion - With palms down, point your fingers toward the floor
  • Extension - With palms down, point your fingers toward the ceiling
  • Adduction (Radial deviation) - With palms down, bring your fingers toward the midline
  • Abduction (Ulnar deviation) - With palms down, bring your fingers away from the midline
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9
Q

Describe how you would test the range of motion for the neck (Flexion, extension, rotation, lateral bending)

A
  • Flexion - Bring your chin to your chest
  • Extension - Look up at the ceiling
  • Rotation - Look over one shoulder and then the other
  • Lateral Bending - Bring your ear to your shoulder
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10
Q

Describe how you would test the range of motion for the spinal column (Flexion, extension, rotation, lateral bending)

A
  • Flexion - Bend forward and try to touch your toes
  • Extension - Bend back as far as possible
  • Rotation - Rotate from side to side
  • Lateral bending - Bend to the side from the waist
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11
Q

Describe how you would test the range of motion for the hip (Flexion, extension, abduction, adduction, external rotation, internal rotation)

A
  • Flexion - Bend your knee to your chest and pull it against your abdomen
  • Extension - Lie face down, then bend your knee and lift it up
  • Abduction - Lying flat, move your lower leg away from the midline
  • Adduction - Lying flat, bend your knee and move your lower leg toward the midline
  • External rotation - Lying flat, bend your knee and turn your lower leg and foot across the midline
  • internal rotation - Lying flat, bend your knee and turn your lower leg and foot away from the midline
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12
Q

Describe how you would test the range of motion for the knee (Flexion, extension, internal rotation, external rotation)

A
  • Flexion - Bend or flex your knee
  • Extension - Straighten your leg
  • internal rotation - While sitting, swing your lower leg toward the midline
  • External rotation - While sitting, swing your lower leg away from the midline
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13
Q

Describe how you would test the range of motion for the ankle and foot (Flexion, extension, inversion, eversion)

A
  • Flexion (plantar flexion) - Point your foot toward the floor
  • Extension (Dorsiflexion) - Point your foot toward the ceiling
  • inversion - Bend your heel inward
  • Eversion - Ben your heel outward
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14
Q

What are the different planes and positions of the body

A
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15
Q

What are the 4 signs of joint inflammation?

A
  1. Swelling - Palpable swelling may involve: (1) the synovial membrane, which can feel boggy or doughy; (2) effusion from excess synovial fluid within the joint space; or (3) soft tissue structures, such as bursae, tendons, and tendon sheaths.
  2. Warmth - Use the backs of your fingers to compare the involved joint with its unaffected contralateral joint, or with nearby tissues if both joints are involved.
  3. Redness - Redness of the overlying skin is the least common sign of inflammation near the joints and is usually seen in more superficial joints like fingers, toes, and knees.
  4. Pain or tenderness - Try to identify the specific anatomic structure that is tender.
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16
Q

What are some signs of TMJ inflammation?

A
  • Swelling, tenderness, and decreased range of motion
  • Dislocation can be caused by trauma
  • Pain with chewing, jaw clenching, teeth grinding
  • Can be accompanied by a headache
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17
Q

What is the most common type of shoulder pain?

A

Rotator cuff disorders

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18
Q

How do you rule out an elbow fracture after an injury?

A

After injury, preservation of active range of motion and full elbow extension makes fracture highly unlikely

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19
Q

What are some normal changes in the spine with aging?

A

Increased thoracic kyphosis occurs with aging

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20
Q

What causes Rheumatoid Arthritis?

A

Chronic inflammation of synovial membranes with secondary
erosion of adjacent cartilage and bone, and damage to ligaments and tendons

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21
Q

What are the most common locations RA is found?

A
  • Hands—initially
  • small joints (PIP and MCP joints)
  • feet (MTP joints),
  • wrists, knees, elbows, ankles
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22
Q

What is the pattern of spread for RA?

A

Symmetrically additive: progresses to other joints while persisting in initial joints

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23
Q

Describe the onset of RA

A

Usually insidious; human leukocyte antigen (HLA) and non-HLA genes account for >50% of risk of disease; involves proinflammatory cytokines

24
Q

What is the progression and duration of RA?

A

Often chronic (in >50%), with remissions and exacerbations

25
Q

What are the 5 symptoms associated with RA?

A
  1. Swelling - Frequent swelling of synovial tissue in joints or tendon sheaths; also subcutaneous nodules
  2. Tenderness - Often warm & tender joints, seldom red
  3. Stiffness - Prominent, often for an hour or more in the mornings, also after inactivity
  4. Limitation of motion - Often develops; affected by associated joint contractures and subluxation, bursitis, and tendinopathy
  5. General - Weakness, fatigue, weight loss, and low fever are common
26
Q

What causes osteoarthritis?

A

Degeneration and progressive loss of joint cartilage from mechanical stress, with damage to underlying bone, and formation of new
bone at the cartilage margins

27
Q

What are the common locations OA is located?

A

Knees, hips, hands (distal, sometimes PIP joints), cervical
and lumbar spine, and wrists (first carpometacarpal joint); also joints previously injured or diseased

28
Q

What is the pattern of spread for OA?

A

Additive; however, may involve only one joint

29
Q

Describe the onset of OA

A

Usually insidious; genetics may account for >50% of risk of disease; repetitive injury and obesity increase risk

30
Q

What is the progression and duration of OA?

A

Slowly progressive, with temporary exacerbations
after periods of overuse

31
Q

What are the 4 symptoms associated with OA?

A
  1. Swelling - Small joint effusions may be present, especially in the knees; also bony enlargement
  2. Inflammation - Possibly tender, seldom warm, and rarely red. Inflammation may accompany disease flares and progression
  3. Stiffness - Frequent but brief (usually 5–10 min), in the morning and after inactivity
  4. Limitation of motion - Often develops
  5. General - Usually absent
32
Q

What are the 6 most common causes of mechanical lower back pain?

A
  1. Often arises from muscle and ligament injuries (∼70%)
  2. Age-related intervertebral disc or facet disease (∼4%).
  3. Causes also include herniated disc (∼4%),
  4. Spinal stenosis (∼3%)
  5. Compression fractures (∼4%)
  6. Spondylolisthesis (2%).
33
Q

What are 4 common physical signs of mechanical lower back pain?

A
  1. Paraspinal muscle or facet tenderness
  2. Pain with back movement
  3. Loss of normal lumbar lordosis
  4. Motor, sensory, and reflex findings are normal.

In osteoporosis, check for thoracic kyphosis, percussion tenderness over a spinous process, or fractures in the thoracic spine or hip

34
Q

What is the pattern of pain for mechanical lower back pain?

A
  • Aching pain in the lumbosacral area; may radiate into lower leg, especially in L5 (lateral leg) or S1 (posterior leg) dermatomes
  • Usually acute (<3 mo), idiopathic, benign, and self-limiting; represents 97% of symptomatic low back pain.
35
Q

What are the risk factors for mechanical lower back pain?

A

Risk factors include heavy lifting, poor conditioning, obesity.

36
Q

What are the 2 common causes for sciatic lower back pain?

A
  • Sciatic pain is sensitive, ∼95%, and specific, ∼88%, for disc herniation. Usually from herniated intervertebral disc with compression or traction of nerve root(s) in people ages 50 yrs or older.
    • L5 and S1 roots are involved in ∼95% of disc herniations
  • Root or spinal cord compression from neoplastic conditions in fewer than 1% of cases.
  • Tumor or midline disc herniation may cause bowel or bladder dysfunction, leg weakness from cauda equina syndrome (S2–S4).
37
Q

What are the physical signs associated with sciatic lower back pain?

A

Disc herniation most likely if :

  • calf wasting,
  • weak ankle dorsiflexion
  • absent ankle jerk
  • positive crossed straight-leg raise (pain in affected leg when healthy leg tested)

negative straight-leg raise makes diagnosis highly unlikely.

38
Q

What causes carpal tunnel syndrome?

A

Caused by compression of the median nerve in the carpal tunnel

39
Q

What are the symptoms associated with carpal tunnel syndrome?

A
  • Numbness and tingling mainly in the thumb and radial fingers
  • Aching and pain in the anterior wrist and forearm
  • Clumsiness in the hand
40
Q

How would you test the tinel sign and what is it used for?

A
  • Tapping lightly over the course of the median nerve in the carpal tunnel as shown in Figure 16-44.
  • Aching and numbness in the median nerve distribution is a positive test for carpal tunnel
41
Q

How would you test thumb abduction and what is this test used for?

A
  • To test thumb abduction, ask the patient to raise the thumb straight up as you apply downward resistance (Fig. 16-43).
  • Weakness on thumb abduction is a positive test for carpal tunnel syndrome
42
Q

How would you test the Phalen sign and what is this test used for?

A
  • To test Phalen sign, ask the patient to hold the wrists in flexion for 60 seconds with the elbows fully extended (Fig. 16-45).
  • Alternatively, ask the patient to press the backs of both hands together to form right angles. These maneuvers compress the median nerve.
  • Numbness and tingling in the median nerve distribution within 60 seconds is a positive test for carpal tunnel syndrome
43
Q

How do you grade a patient’s muscle strength?

A

Remember that a muscle is strongest when shortest, and weakest when longest

44
Q

How do you grade a patient’s reflexes?

A
  • Hyperactive reflexes - seen in CNS lesions of the descending corticospinal tract. Look for associated upper motor neuron findings of weakness, spasticity, or a positive Babinski sign.
  • Hypoactive/absent reflexes - Hypoactive or absent reflexes (hyporeflexia)
    occur in lesions of the spinal nerve roots, spinal nerves, plexuses, or peripheral nerves. Look for associated findings of lower motor unit disease, namely weakness, atrophy, and fasciculations.
45
Q

What are dermatomes?

A
  • A dermatome is the band of skin innervated by the sensory root of a single spinal nerve.
  • Knowledge of dermatomes helps you localize neurologic lesions to a specific level of the spinal cord, particularly in spinal cord injury
46
Q

How do you test the biceps reflex and what dermatomes== are tested?

A
  • The patient’s elbow should be partially flexed and the forearm pronated with palm down. Place your thumb or finger firmly on the biceps tendon. Aim the strike with the reflex hammer directly through your digit toward the biceps tendon (Figs. 17-47 and 17-48).
  • Observe flexion at the elbow, and watch for and feel the contraction of the biceps muscle
  • C5, C6
47
Q

How do you test the triceps reflex and what dermatomes are tested?

A
  • The patient may be sitting or supine. Flex the patient’s arm at the elbow, with palm toward the body, and pull it slightly across the chest. Strike the triceps tendon with a direct blow directly behind and just above the elbow (Figs. 17-49 and 17-50).
  • Watch for contraction of the triceps muscle and extension at the elbow.
  • C6 & C7
48
Q

How do you test the brachioradialis reflex and what dermatomes are tested?

A
  • The patient’s hand should rest on the abdomen or the lap, with the forearm partly pronated. Strike the radius with the point or flat edge of the reflex hammer, about 1 to 2 inches above the wrist (Fig. 17-52).
  • Watch for flexion and supination of the forearm.
  • C5 & C6
49
Q

How do you test the patellar reflex and what dermatomes are tested?

A
  • Briskly tap the patellar tendon just below the patella (Fig. 17-53).
  • Note contraction of the quadriceps with extension at the knee
  • L2, L3, L4
50
Q

How do you test the Achilles reflex and what dermatomes are tested?

A
  • If the patient is sitting, partially dorsiflex the foot at the ankle. Persuade the patient to relax.
  • Strike the Achilles tendon, and watch and feel for plantar flexion at the ankle (Fig. 17-56).
  • Also note the speed of relaxation after muscular contraction.
51
Q

What is clonus and how do you test it?

A
  • Clonus occurs when there are hyperactive reflexes
  • To test for clonus, use the ankle. Place the knee in a partly flexed position. With your other hand, dorsiflex and plantar flex the foot a few times while encouraging the patient to relax, then sharply dorsiflex the foot and maintain it in dorsiflexion (Fig. 17-58).
  • Look and feel for rhythmic oscillations between dorsiflexion and plantar flexion. Normally the ankle does not react to this stimulus.
  • There may be a few clonic beats if the patient is tense or has exercised.
52
Q

What is a fracture?

A

A break in the structural continuity of the bone

53
Q

What are the 10 clinical features of a bone fracture?

A
  • PAIN - Severe with increased movement
  • SWELLING - Hematoma, soft tissue edema
  • DEFORMITY - May be absent in impact fractures or hairline fractures
  • TENDERNESS - Pain elicited by direct pressure at fracture site or by indirect pressure may suggest a fracture
  • BONY IRREGULARITY - It is possible to feel bony elevations and depressions in fractures of sub-cutaneous bones such as the tibia and ulna. This is a definitive sign of a fracture
  • ABNORMALMOBILITY
  • CREPITUS
  • LOSS OF SKIN - Occurs in open fractures, when there is a loss over overlying skin and soft tissue exposing the fracture to the external environment
  • LOSS OF FUNCTION - Following the fracture, the pt. may be unable to use the affected limb.
  • DISTAL NEURO-VASCULAR DEFICITS - Pulses may be diminished distal to the injury site and should be examined. In addition, nerves close the bones fractured are damaged.
54
Q

What causes septic arthritis (septic joint)?

A
  • Septic arthritis due to bacterial infection is often a destructive form of acute arthritis.
  • In most cases, bacterial arthritis arises from hematogenous spread to the joint.
  • Bacterial arthritis can also arise as a result of a bite or other trauma, direct inoculation of bacteria during joint surgery, or, in rare cases, following extension of preexisting bony infection through the cortex into the joint space
55
Q

What is the clinical presentation for a patient with septic arthritis (septic joint)?

A
  • Single swollen and painful joint (ie, monoarticular arthritis).
  • The knee is involved in more than 50 percent of cases
  • wrists, ankles, and hips are also commonly affected
56
Q

How would you diagnose septic arthritis?

A

The definitive diagnostic test is the identification of bacteria in the synovial fluid. In the setting of suspected joint infection, synovial fluid aspiration should be performed (prior to administration of antibiotics); fluid should be sent for Gram stain and culture, leukocyte count with differential, and assessment for crystals