Heart Flashcards

1
Q

Goals of treatment of heart failure

A

Decrease hospital readmission

treat symptoms

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2
Q

Action of bile acid binding sequestrants

A

reduce cholesterol absorption in the small intestines

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3
Q

Adverse effects of bile acid binding sequestrants

A

constipation and myopathy with statins

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4
Q

what do bile acid binding sequestrants do

A

slow the progression of CHD

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5
Q

action of HMG-COA Reductase inhibitor (Statins)

A

Lower LDL- the liver removes more from circulation

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6
Q

Adverse effects of statins

A

Myopathy, hepatotoxicity and no pregnant

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7
Q

Purpose of statins

A

slow progression of CHD

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8
Q

Minoxidil-

A

direct action on vascular system

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9
Q

Adverse effects of minxidil

A

orthostatic hypotension and reflex tachycardia

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10
Q

purpose of Minxidil

A

HTN, Angina Pectoris, HF, MI

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11
Q

Dysrythmias

A

arise from disturbances in impluse formation

- tachydysrhythmias (large) vs. bardydysrhythmias (small)

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12
Q

Action of Fibric Acid Derivatives

A

Lower TG
Raise HDL
Lower VLDL

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13
Q

Adverse of Fibric Acid Derivatives

A

Risk of bleeding with warfarin

myopathy with statins

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14
Q

Purpose of Fibric Acid Derivatives

A

slow progress of CHD

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15
Q

What regulates BP

A

CNS, RAAS, Kidneys

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16
Q

Risk for CHD

A
Men over 45 and women over 55
Family history 
HTN
Metabolic syndrome 
High TG
smoker
17
Q

Natriuretic Peptide

A

protect cardiovascular system in the event of volume overload

  • released in response to increased preload
  • dilate veins and arteries
18
Q

Dihydropyridines CCB action

A

vasodilation -> Lower BP, increased HR, increased force

* not used for dysrhythmias

19
Q

Dihydropyridines CCB adverse effects

A

flushing, dizziness, headache, peripheral edema, gingival hyperplasia

20
Q

Verapamil and Diltiazem CCB action

A

vasodilation -> Lower BP, increased coronary perfusion

21
Q

Adverse effects of Verapamil and Diltiazem CCB

A
constipation
dizziness
facial flushing
headache
edema
22
Q

uses of Verapamil and Diltiazem CCB

A

AP, HTN, dysrhythmias and migraines

23
Q

action of CCB

A

prevent calcium ions from entering cells which prevents contraction and causes dilation

24
Q

Action of ARBs

A

block access of angiotensin II, and causes dilation

Decreases aldosterone and excretes sodium and water

25
adverse effects of ARBs
angioedema fetal harm renal failure
26
uses of ARBs
``` HTN, HF diabetic nephropathy MI Stroke Migraines ```
27
factors that influence venous return
systemic filling pressure auxillary muscle pumps resistance to flow between peripheral vessels and R. atria
28
DRI (Aliskirin) action
binds to renin to inhibit conversion of angiotensinogen to angiotensin I * suppresses RAAS
29
Use of DRI
HTN
30
functions of the sympathetic nervous system
regulation of cardiovascular system regulation of temperature fight/flight
31
cardioselective Beta blockers action
reduce SNS stimulation of heart- decrease HR, contractility and oxygen demands
32
adverse effects of beta blockers
fluid retention hypotension fatigue bradycardia and heartblock