Unit 4: Wk 13?? Flashcards

1
Q

You designed an aerobic program for a pt taking a cardioselective beta blocker to control hypertension.

what is the function of this drug?

will the pt experience a training effect and undergo beneficial changes in CV system, or will the beta blocker prevent heart and vasculature from adapting?

A

Yes, CV function will still improve

  • Function: suppress HR and decrease sympathetic nervous system activity
  • it will decrease max hr but training effect will still occur w heart under control. It will also lower resting HR, improve vascular endothelial function, and reduce HTN as a result of aerobic training.
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2
Q

excessive renin angiotensin activity should be controlled because increased production of ___ causes ______________________

A

ang II causes vasoconstriction and vascular smooth muscle hypertrophy

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3
Q

nitrates such as nitroglycerine help decrease symptoms of angina because they _____ myocardial O2 demand by vasodilating the __________________

A

decrease O2 demand

vasodilate peripheral vasculature

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4
Q

myocarditis definiton, S & S, causes

A

ACUTE inflammatory disease of cardiac muscle

chest pain, palpitations, diffuse ST segment inversion

Causes: infection, toxins, radiation

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5
Q

cardiomyopathy definition

A

chronic disease of heart muscle caused by A degenerative condition

NOT ACUTE

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6
Q

WHAT ARE 3/4 OF THE CLASSIFICATIONS OF CARDIOMYOPATHY

A

dilation (most common), hypertrophic, restrictive

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7
Q

pericarditis

A

actue inflammation of the outer lining of the heart ; normally protects heart from rubbing mediastinum

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8
Q

pericardial effusion

A

accumulation of fluid within the pericardium; not usually life threatening

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9
Q

hemopericardium

A

blood accumulation in pericardium due to aortic rupture, traumatic perforation, ventricular rupture

*can cause cardiac tamponade

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10
Q

amyloidosis

A

abnormal protein thats produced in BONE MARROW that effects kidney, heart, liver, spleen, nerves

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11
Q

signs and symptoms of amylodosis

A

swelling, enlarged tongue , SOB, low BP, weight loss, purple around eyes

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12
Q

Sarcoidosis

A

systemic disease; formation of granulomas in lungs, eyes, skin

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13
Q

Sarcoidosis S & S

A

rash, nodules, fatigue, weight loss, SOB

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14
Q

OKT3

A

produces initial cytokine surge that makes pts feel very ill

fkr acute reactions

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15
Q

what are the two types of heart transplants?

A

Orthotopic heart

Heterotopic heart

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15
Q

types of lung transplants

what/who are they for

A

Single : pulmonary fibrosis, COPD

double : cf, bronchiectasis

heart lung: pulmonary htn, sarcoidosis, amyloidosis

living donor

15
Q

endocardial biopsy

A

routine procedure to assess for rejection of heart transplant

16
Q

reverse isolation requires what PPE

A

mask for you and pt, gloves, gown

17
Q

signs of rejection

A

flu/fever

sudden decrease in exercise tolerance

SOB

chest congestion

18
Q

who needs prehab

A

pts before they get transplants

19
Q

what should RPE be for heart/lung transplants

A

12-14 (somewhat hard

20
Q

IP goals for heart/lung transplants

A

independent, strength 3+/5, improved posture, independent in pulmonary hygiene

21
Q

what should HR be below for heart/lung transplants

A

not to exceed 120 at rest

22
Q

“heart rate inertia”

A

donors heart does not respond to owners nervous system

23
Q

t or f: following lung transplant, the pt has loss of cough reflex and RR may not increase during exercise

A

true- they will NEED to cough on schedule either

24
Q

after how long would you expect a heart/lung transplant to be off a vent

A

24 hrs

25
Q

what coughing techniques should be used w lung transplant

A

volitional coughing
incentive spirometry
PEP or flutter (acapella?)

26
Q

recipeients will need double lung transplant for which diseases (3)

A

bronchectasis, pulmonary sepsis, CF

27
Q

pulmonary rejection S&S

A

malsise, myalgia, respirtory difficulty

28
Q
A