Fundamentals of PTA Week 2 Lab Flashcards

1
Q

LSP and SSP

A

Long sitting position - leg extended
Short sitting position - E.g. on a chair

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2
Q

What is joint contracture

A

A shortening of muscles, tendons, skin, and nearby soft tissues causes the joints to shorten and become very stiff, preventing normal movement.

E.g. knee flexion contracture

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3
Q

Why should a patient’s position be altered frequently?

A
  • To avoid excessive or prolonged pressure, to reduce the development of contractures, to avoid postural malalignment, and to prevent other adverse effects.
  • The functional ability or capacity of the patient may be compromised because of problems caused by improper positioning techniques, which may affect the patient’s independence or quality of life.
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4
Q

What is a pressure source

A

Tissue breakdown
- Common sites include the back of the head and ears, the shoulders, the elbows, the lower back and buttocks, the sit bones, the hips, the inner knees, and the heels. Pressure injuries may also form in places where the skin folds over itself. And they can occur where medical equipment puts pressure on the skin.

Causes ulcers.

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5
Q

What is a dependent position

A

Hanging down, below the mean level of the body, therefore not emptying the veins passively.

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6
Q

AKA and BKA are also called?
What to avoid?

A

AKA - Transfemoral amputation; avoid prolonged hip flexion and hip abduction; maintain neutral pelvis
BKA - Transtibial amputation; avoid prolonged hip and knee flexion

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7
Q

What is hemiplegia

A

Paralysis of one side of the body
- Avoid prolonged shoulder add. and internal rotation, elbow flexion, forearm supination/pronation, wrist, finger or thumb flexion, and finger/thumb adduction. - Avoid prolonged hip/knee flexion, hip external rotation, and ankle plantar flexion and inversion.
- Do not pull on affected UE or LE - may dislocate joints or stretch the joint capsule
- Hemiparesis - weakness or an inability to move on one side of the body.

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8
Q

Flexor synergy spasticity/ flaccidity

A

Stiff or rigid muscles; increase in tone/ decrease in tone

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9
Q

What is Valsalva maneuver and what happens?

A

Forced expiration against closed glottis
↑ BP may cause CVA
↓ Cardiac output

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10
Q

Where is the center of gravity in the human body?

A

Anterior to S2
Important to keep center of gravity within base of support to maintain stability and balance

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11
Q

What are examples of pain sensitive structures?

A
  • Ligaments
  • Lumbodorsal fascia
  • IVD
  • Vertebral facets
  • Nerve roots
  • Muscle tissue
  • Vertebral body
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12
Q

What are the reasons for the proper use of body mechanics and core stability?

A
  • Conserve energy
  • Reduces stress and strain on body structure
  • Reduce risk of personal injury
  • Leads to safe movements of the spine
  • Promotes and maintains proper body control and balance
  • Promotes effective and efficient respiratory and cardiopulmonary function
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13
Q

Deep squat vs knee bend

A

Deep squat - knees outside; muscles can take up effects of gravity
Knee bend knees over toes - force on the knee joint

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14
Q

The diaphragm is innervated by…?

A

Phrenic nerve (C3-C5 nerve roots)

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15
Q

What position to avoid for patients with burns and grafts?

A
  • Positions of comfort to minimize the risk of contractures
  • Avoid any motions that would cause shearing - sliding
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16
Q

What are the reasons for patient draping?

A
  • Provide modesty for the patient
  • Helps patient maintain an appropriate body temp
  • Provides access and exposure to areas to be treated while protecting other areas
  • Protects the patient’s skin or clothing from being soiled/damaged
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17
Q

During flexion, what happens to the angle of body parts and the movement occurs in what plane and axis?

A

↓ Angle
The sagittal plane through the frontal axis

18
Q

During extension, what happens to the angle of body parts and the movement occurs in what plane and around what axis?

A

↑ Angle
Sagittal plane around the frontal axis

19
Q

During abduction/adduction, occurs in what plane and around what axis?

A

Frontal plane around sagittal axis

20
Q

Thumb flexion/extension (thumb moving side to side; parallel to the palm) occurs in what plane and axis?

A

Frontal plane; sagittal axis

21
Q

Thumb abduction/adduction (thumb moving up and down, perpendicular to the palm) occurs in what plane and axis?

A

Sagittal plane; frontal axis

22
Q

What are the joint motions in sagittal plane around frontal axis?

A

Flexion/extension

23
Q

What are the joint motions in frontal plane around sagittal axis?

A

Abduction/adduction
Radial/ulnar deviation
Eversion/inversion

24
Q

What are the joint motions in transverse plane around vertical axis?

A

Medial/lateral rotation
Supination/pronation
Right/left rotation
Horizontal abduction/adduction

25
Q

What is the elbow joint also called?

A

Humeroulnar joint

26
Q

What is the shoulder joint also called?

A

Glenohumeral joint

27
Q

What is the hip joint also called?

A

Acetabulofemoral joint

28
Q

What is the joint that allows pro/supination of the hand when elbow is flexed?

A

Proximal radioulnar joint

29
Q

Tendon vs ligament

A

Tendon - muscle to bone; causes strain
Ligament - bone to bone; causes sprain

30
Q

Pronation and supination of feet often caused by?

A

Pronation - flat feet
Supination - high arch

31
Q

What are the three cardinal planes of motion that make up foot pronation in NWB?

A

DAB-E: Dorsiflexion, abduction, and eversion

32
Q

What are the three cardinal planes of motion that make up foot supination in NWB?

A

PAD-I: Plantarflexion, adduction and inversion

33
Q

What is Stand by Assistance

A

Patient needs hands on or verbal cueing

34
Q

What is Contact guarding?

A

Hands are on patient

35
Q

What is Max. Assistance?

A

PT doing 75% of work

36
Q

What is Mod. Assistance?

A

PT doing 50% of work, Pt doing 50-75%

37
Q

What is Min. Assistance?

A

PT doing 25% of work, patient doing 75%

38
Q

Where should a pillow be placed in supine?

A
  • Under head
  • Behind knees: to relieve lumbar lordosis and for comfort
  • Under ankles: to relieve pressure on heel
39
Q

Where should a pillow be placed in prone?

A
  • Under head
  • Under lower abdomen: reduce lumbar lordosis
  • Under anterior portion of the ankles: relieve stress on the hamstring and feet; allow pelvis and lower back to relax
  • Under anterior shoulder area to adduct the scapulae; avoid rhomboids lengthening
40
Q

Where should a pillow be placed in side-lying?

A
  • Between knees
  • Under upper arm
  • Behind back
41
Q
A