the final Flashcards

1
Q

-paresis:
-plegia:
aphagia:
aphasia:
apraxia:
ataxia:
dysarthria:
dyskinesia:
dysphagia:
hippus:
nystagmus:
paresthesia:
pronator drift:
syncope:
tinnitus:
vertigo:

A

-paresis: mild to moderate degree of muscle weakness
-plegia: paralysis; stroke; cessation of motion
Aphagia: severe condition characterized by the inability to swallow, leads to persistent drooling and the inability to eat or drink
Aphasia: loss of ability to understand or express speech, caused by brain damage.
Apraxia: Inability to perform learned movements despite having desire and physical ability to perform them, the the inability to carry out learned, sequential movements on command
Ataxia: loss of voluntary muscle control
Dysarthria: lack of coordination in articulating speech
Dyskinesia: An impairment of the ability to execute voluntary movements
Dysphagia: Difficulty swallowing
Dysphasia: A language disorder that affects the ability to produce and understand spoken language
Hippus: rare condition that causes the pupil to rhythmically dilate and contract in a spasmodic manner (restless pupil mobility)
Nystagmus: a condition that causes involuntary, rapid, and rhythmic eye movements
Paresthesia: absent or ↓ low sensation, hypersensation, one of the 6 Ps of arterial ischemia (numbness or tingling) in the toes or feet may result from nerve tissue ischemia,
Pronator Drift: a neurological sign that indicates weakness in the upper limbs (when their arm turns inward and downward while they are holding their arms outstretched)
Syncope: brief lapse in consciousness caused by transient cerebral hypoxia. Usually preceded by a sensation of light-headedness
Tinnitus: A subjective noise sensation, often described as ringing, heard in one or both ears
Vertigo: sensation of dizziness/spinning

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2
Q

macular degeneration & corneal degeneration lead to

A

impaired vision

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3
Q

decreased nerve conduction leads to…

A

slowed reflexes; slower thought processing

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4
Q

decreased cerebral flow and metabolism lead to…

A

altered balance, vertigo, syncope

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5
Q

decreased muscle build leads to

A

decreased strength and agility

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6
Q

degenerative changes and decreased number of sensory receptors lead to…

A

decreased senses (taste, touch, pain, temperature)

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7
Q

what are some examples of noxious stimuli to assess motor function?

A

Trapezius squeeze
Sternal rub (rubbing the sternum firmly with a knuckle)
Supraorbital pressure (pressing on the supraorbital ridge above the eye)
Nail bed pressure

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8
Q

Which tool is appropriate for quickly screening if a patient may be having a stroke

A

BEFAST

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9
Q

Which tool is appropriate for assessing progression of symptoms during & after stroke?

A

NIHSS

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10
Q

Glasgow Coma Scale: Eyes

A

4: Spontaneous
3: To speech
2: To pain
1: No response

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11
Q

Glasgow Coma Scale: Speech

A

5: Oriented
4: Confused
3: Inappropriate words
2: Incomprehensible sounds
1: No response

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12
Q

Glasgow Coma Scale: Motor

A

6: Obeys commands
5: Moves to localized pain
4: Flexion withdrawal from pain
3: Abnormal flexion (decorticate)
2: Abnormal extension (decerebrate)
1: No response

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13
Q

CAM assesses for:

Mini-Cog assesses for:

Age-Related Risks

A

CAM = delirum
(Diagnosis of delirium by CAM requires presence of Features 1 AND 2 and either 3 OR 4)

Mini-Cog = dementia
(state three words, pt draw clock, repeat words)

Fulmer-SPICES

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14
Q

olfactory
optic
oculomotor
trochlear

A

I:
F: sense of smell.
A: have pt identify smells
II:
F: visual acuity
A: snellen chart/ask pt to read printed
material
III:
F: inward, up and outward. Pupil constriction & dilation. Opening the eye
A: assess 6 directions of gaze. measure pupillary reaction to light reflex and accommodation.
IV:
F: Downward, inward eye movements
A: Assess six directions of gaze.

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15
Q

trigeminal
abducens
facial
vestibulocochlear

A

V:
F: Sensory nerve to skin of face. Nerve to muscles of jaw
A: Assess corneal reflex. Measure sensation of light pain & touch across skin of face. Palpate temples as pt clenches teeth.
VI:
F: : Lateral movement of eyeballs
A: assess 6 directions of gaze.
VII:
F: Taste + Facial expression
A: identify taste, make faces
VIII:
F: hearing
A: assess ability to hear whispered words bilaterality

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16
Q

glossopharyngeal
vagus
spinal accessory
hypoglossal

A

IX:
F: Taste + ability to swallow
A: taste on back of tongue + gag reflex
X:
F: sensation of pharynx, movement of vocal chords. PNS innervation of heart, lungs, most of GI tract
A: say “ah”, hoarseness, HR, peristalsis,
XI:
F: Movement of head and shoulders
A: shrug and turn head
XII:
F: position of tongue
A: Ask patient to stick out tongue to midline and move it from side to side

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17
Q

How frequently must orders for medical restraints be renewed?

A

q24 hrs

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18
Q

In regards to restrains, what should be done every 12 hours

A

At minimum, RN assessment and documentation of attempted alternatives
and necessity must be performed

19
Q

With regards to restraints, what should be done every 2 hours?

A

RN monitoring (including removal, skin check, CSM assessment, ROM, toileting, nourishment) must be performed q2hr for medical restraints

20
Q

Alternatives to medical restraints

A

Reorientation, Education, Distraction, Cover line/tube so it cannot be seen, Fall prevention strategies such as bed alarms, 1:1 sitter or family stay with patient if possible

21
Q

what is the ejection fraction

A

the % of end-diastolic blood volume that is ejected during systole, can be measured with an echocardiogram, provides info about the function of the left ventricle during systole

22
Q

heaves

A

sustained lifts of the chest wall in the precordial area that you can see or palpate may be caused by left ventricular hypertrophy

23
Q

MAP calculation

A

(SBP) + (2 x DBP) / 3

24
Q

PMI (apical pulse)

A

the pulsation of the apex of the heart; lies medial to midclavicular line in the 4th or 5th ICS
if PMI is below the 5th ICS and left of the midclavicular line…heart may be enlarged

25
pulse pressure
the difference between the SBP and DBP WDL: 40-60
26
precordium
the portion of the body over the heart and lower chest. the area of the anterior chest wall directly over the heart
27
thrills
a vibratory sensation felt on the skin overlying an area of turbulence and indicates a loud heart murmur usually caused by an incompetent heart valve.
28
anasarca
generalized edema throughout the body; happens when something throws off the balance of fluids moving between your blood vessels and the tissues around them
29
myocardial hypertrophy, increased collagen and scarring, and decreased elastin lead to...
Cardiac reserve, HF. S4 may be present
30
downward displacement leads to...
difficulty in isolating apical pulse
31
decreased ↓ CO, HR, SV in response to exercise or stress leads to...
decreased response to exercise and stress. slowed recovery from activity
32
cellular aging and fibrosis of the conduction system
decreased amplitude of QRS complex and slight lengthening of PR, QRS, and QT intervals. irregular rhythms, decreased maximal HR and HR variability
33
valvular rigidity
systolic murmur (aortic or mitral) possible without a sign of cardiovascular disease
34
Arterial stiffening
↑ In SBP and possibly ↑ or ↓ in DBP. Possible widened pulse pressure. decreased pedal pulses. Intermittent claudication
35
increase in venous tortuosity leads to...
inflamed, painful, or cord-like varicosities. Dependent edema
36
P-wave QRS Complex T-wave
Atria depolarization Ventricle depolarization Ventricle repolarization
37
S1
cause: closure of the mitral and tricuspid valves, marks the start of systole (contraction) heard best at apex of heart = louder, lower, longer than S2
38
S2
cause: closure of the aortic and pulmonic valves, marks start of diastole (relaxation) Heard best at base of heart = louder than S1 @ base; higher and shorter than S1
39
S3
cause: Sudden rush of blood into a stiff or dilated ventricle. Ventricular gallop occurring after S2 (S1-S2-S3) sometimes expected: children, pregnant
40
S4
atrial gallop: (S4-S1-S2) The force of atrial contraction pushes blood against the left ventricle that is not accepting more blood (called diastolic overload) (can be caused from heart failure) **always unexpected
41
murmur: splits:
murmur: due to regurgitation, stenosis, or increased blood flow through normal valve. Systolic vs diastolic. splits: Valves closing at different times when they normally should close at the same time during S1 or S2
42
pericardial friction rub
cause: pericardial inflammation Can discern from pleural rub by having client hold their breath best heard at apex **always unexpected
43
Aortic area Pulmonic area Erb's Point Tricuspid area Mitral (Apical) area
2nd ICS R Sternal Border: S2>S1 2nd ICS L Sternal Border: S2>S1 3rd ICS L Sternal Border: S1 = S2 4th ICS, L Sternal Border: S1 > S2 5th ICS MCL: S1>S2