Lab 5 Flashcards

1
Q

Wong-Baker pain assessment

A

Uses faces to determine level of pain

Used of people over 3 years of age

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2
Q

When should you assess for pain

A

On admission
Whenever there is a change in behaviour (take vitals too if this happens)
Q1H when pain indicators suggest goals haven’t been met yet
During an analgesic test (Q1H x 12, then Q2Hx12, then 4)

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3
Q

Sign

A

Objective, measurable

Protecting area, grimacing, broken bone

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4
Q

Symptom

A

Subjective, not measurable

Nausea

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5
Q

Pain assessment components

A

OPQRSTUV

Onset
Provoking
Quality
Region/radiation
Severity
Treatment
Understanding
Values

Not in correct order

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6
Q

Onset

A

When did the paint start

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7
Q

Provoking/palliation

A

What makes it worse? Better?

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8
Q

Quality

A

Description of the pain

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9
Q

Region/radiation

A

Location of pain, does it travel?

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10
Q

Severity

A

0-10 scale

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11
Q

Treatment / timing

A

Have you felt this before? Do you do anything to make it better? Does it work?

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12
Q

Understanding

A

Do you know why you’re in pain?

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13
Q

Values

A

Could be at end of life care and meds make them sleepy. Can choose not to take them to see family

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14
Q

Why do we ask for pain assessment at the start of shift

A

To establish a baseline of pain

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15
Q

Levels of wheelchair transfer

A

Independent - no help
Standby assist - be available
1 person assist - help out

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16
Q

Important thing to remember during movement and positioning

A

Keep centre of gravity within base of support

17
Q

Transitioning with weakness

A

Transition on same side of weakness.

Left side weak, do transfer from left side of bed

Remember for stroke - weakness is on opposite side

18
Q

Lordosis

A

Exaggeration of anterior convex curvature of the spine

19
Q

Kyphosis

A

Exaggerated convex curvature in thoracic spine

Think of Igor

20
Q

Scoliosis

A

Lateral curvature of the spine
Unequal heights of hips and shoulders

21
Q

Foot drop

A

Inability to dorsiflex and evert foot due to peroneal nerve damage

22
Q

Disease atrophy

A

Tendency of cells and tissues to reduce in size and function in response to prolonged time of inactivity

23
Q

Atelectasis

A

Collapse of alveoli

24
Q

Hypostatic pneumonia

A

Inflammation of the lungs from pooling of secretions

25
Orthostatic hypotension
A drop in BP or 20 mmhg systolic or 10 mmhg diastolic
26
Thrombus
Accumulation of platelets, clotting factors, etc attached to the wall of a vessel
27
Joint contracture
Fixation of a joint
28
Pressure injury
Localized damage to the skin do to prolonged time of ischemia
29
Physiological hazards of immobility: metabolic
Slower wound healing Muscle atrophy Edema
30
Physiological hazards of immobility: respiratory
Dyspnea, wheezing, increased respiratory rate, shallow breathing
31
Physiological hazards of immobility: cardiovascular
Edema Increased heart rate Orthostatic hypotension
32
Physiological hazards of immobility: musculoskeletal
Decreased ROM Joint contracture Muscle atrophy
33
Physiological hazards of immobility: elimination
Decrease urine output Improper urine output (cloudy, etc) Irregular BMs
34
Physiological hazards of immobility: skin
Impaired skin integrity