HTN/Hypotension Flashcards

1
Q

elevated BP
stage 1 hypertension

treat if
stage 2 htn

A

SBP 120-129 and DBP <80 mm Hg
SBP 130-139 mm Hg or DBP 80-89 mm, lifestyle chngs (high potassium foods)
clinical ASCVD or 10-yr ASCVD risk score ≥10%,1 med
≥140/90, start 2 meds+reassess in 1 month

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2
Q

HTN in AA without HF or CKD tx

A

thiazide-type diuretic or calcium channel blocker

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3
Q

cardiogenic shock in STEMI

Right sided pulmonary edema in cardiogenic shock

A

LV infarction
papillary muscle rupture, ventricular septal rupture, free-wall rupture with tamponade, and (RV) infarction.
acute MR from lateral papillary muscle rupture (the regurgitant jet is directed towards the R pulm veins)

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4
Q

acute stent thrombosis

A

recurrent or new ST elevations

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5
Q

mixed venous o2 sat in cardiogenic shock vs septic

A

decreased

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6
Q

orthostatic vital signs
normal

autonomic dysfunction

POTS
cardiodepressor syncope

A

5-10 drop in SBP, 5-10 increase in DBP, 10-25 increase in HR
brief rise in HR ff by >20+ >10 fall in SBP and DBP, HR doesn’t change much
modest drop in BP + extreme rise in HR
marked drop in HR, ff by drop in BP

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7
Q

Newly diagnosed HTN

A

EKG to assess for LVH, arrhythmia, MI

Also get fasting glucose, CBC, BMP, TSH, u/a

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8
Q

resistant HTN, early onset, abrupt onset or worsening or increasingly difficult to control, flash pulmonary edema, abdominal systolic-diastolic bruit

difficult to control HTN

A

suspect renovascular disease, -> renal doppler u/s

get sleep study

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9
Q

MI c/b cardiogenic shock

A

IABP, start with NE for inotropy/vasopressor

*avoid phenylephrine and vasopressin-> vasoconstrict-> increase afterload-> may decrease CO

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10
Q

use dobutamine for inotropy

milrinone

A

low CO but preserved BP
It can worsen hypotension by dilating peripheral arts
also causes hypotension, avoid in renal failure, induces arrhythmias

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11
Q

HTN, already on 3 agents including diuretic

A

add spironolactone

reduces SBP by 24 mm Hg at 6 months

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12
Q

hctz dosing

A

not much benefit beyond 25 mg daily if normal renal function

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13
Q

HTN treatment target

A

<130/80

can start two agents at once if needed (CAD). Most patients need 2

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14
Q

hypertensive emergency vs urgency treatment

A

inpatient, IV meds vs outpatient, PO meds (DBP> 120 in both)
lower SBP by no more than 25% in the first hour, then to approximately 160/100 mm Hg over the next 2-6 hours, and then eventually to normal over the next 24-48 hours.
lower SBP <140 in pheo/pre eclampsia, <120 in aortic dissection

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15
Q

meds which cause orthostatic hypotension

A

alpha blockers like terazosin (schedule at bedtime)
tamsulosin, tizanidine, trazodone (and other antipsychotic/antidepressant medications), and carvedilol (with its alpha-blocking properties)

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16
Q

HTN in DM/CKD/albuminuria

A

ACEI/ARB

17
Q

normal bump in creatinine after ACEI/ARB initiation

A

cause serum creatinine to increase ≤30% because of concurrent reduction in glomerular filtration rate (GFR).
Further GFR decline should be investigated and may be related to other factors, including volume contraction, use of nephrotoxic agents, or renovascular disease

18
Q

LVH with normal BP

A

ambulatory monitoring (masked hypertension)

19
Q

question in-office elevated BP if

pseudoresistant HTN

A

no LVH on ECG/echo, h/o dizziness

elevated in office, not elevated at home

20
Q

resistant htn in CKD tx

A

loop diuretics

21
Q

refractory htn

A

not controlled by 5 meds including diuretic and MRA

22
Q

white coat effect vs white coat HTN

A

hypertensive vs nonhypertensive

23
Q

cold, low BP, renal dysfunction

HF exac GDMT

A

poor perfusion, wet and cold HF-> perishock

continue unless hemodynamically unstable/ CI

24
Q

HTN from RAS due to fibromuscular dysplasia tx

HTN from RAS due to athero (elderly)

A

antihypertensives (ACEI/ARB)-> balloon angioplasty

same, meds-> revasc

25
Q

hemodynamic changes in aging

A
increased SBP
decreased DBP 
Increased pulse pressure
Increased pulse wave velocity
Increased arteriolar resistance, decreased NO
26
Q

causes of essential htn

A

increased sympathetic nerve activity
increased concentrations of vasoactive and salt-retaining hormones
endothelial dysfunction, increased vascular reactivity, arterial stiffness, and remodeling.

27
Q

HFpEF risk factors

A

hypertension, DM, obesity, h/o CAD

28
Q

Hypertensive emergency choice of treatment agent

A

NO LABETALOL OR ESMOLOL (decrease contractility) OR HYDRALAZINE (rebound tachycardia)
Use
nitroglycerin (if ACS/pulmonary edema, not if recent viagra)
nitroprusside (not if recent viagra)
nicardipine (not in AS)
phentolamine (pheo, cocaine, MAOI, meth, clonidine withdrawal)

29
Q

STEMI + cardiogenic shock

A

revascularize regardless of timing from onset of MI

CULPRIT-SHOCK: only treat culprit vessel with PCI

30
Q

NSAIDs (including aspirin) increase BP by

A

inhibition of cyclooxygenase 2 in the kidney, which results in reduced sodium excretion and an increase in intravascular volume.

31
Q

HTN diagnosis

A

2 readings on two or more occasions

32
Q

relationship between HTN and cardiovascular risk

A

log-linear

increase of 20/10= double risk

33
Q

exponential relationship
bimodal
deterministic

A

single point increase= double risk
different responses in different categories
certain regardless of severity/measure

34
Q

difficult to control htn+ hypokalemia
diagnosis

treatment

A

primary hyperaldosteronism
A plasma aldosterone concentration/plasma renin activity (PAC/PRA) ratio ≥20 with a PAC of ≥12 ng/d
MRA

35
Q

orthostatic hypotension on diuretic

A

decrease dose, may need to have permissive mild hypervolemia

36
Q

cardiac index formula

causes of cardiogenic shock

A

O2 consumption / arteriovenous O2 difference

MI, acute valvular insufficiency, or an acute intracardiac shunt.

37
Q

ARNI indicated in

A

(NYHA) functional class II-IV and an LVEF ≤40%.