Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
223 Cards in this Set
- Front
- Back
Fanconi's
|
expired tetracycline
|
|
inside carotid sheath
|
VAN
internal jugular commmon carotid artery vagus nerve (posterior) |
|
artery for the posterior left ventricle
|
circumflex
|
|
artery for the apex
|
LAD
|
|
artery for anterior interventricular septum
|
LAD
|
|
supply to SA and AV nodes
|
RCA
|
|
right dominant heart means
|
PD supplies the inferior left ventricle from teh RCA (left would be CFX)
|
|
most common site of coronary artery occlusion
|
LAD
|
|
effect of multiple myeloma on viscosity
|
increases it
|
|
a wave
|
atrial contraction
|
|
c wave
|
RV contraction (with triCuspid valve bulging into atrium)
|
|
v wave
|
increased atrial pressuredue to filling against closed tricuspid valve
|
|
wide splitting
|
pulmonic stenosis
|
|
fixed splitting
|
ASD
|
|
paradoxical splitting
|
aortic stenosis
|
|
harsh holocystolic murmure
|
VSD
|
|
phase O in SA/AV vs ventricular
|
SA/AV: Calcium
V: Sodium |
|
pleateau phase in SA/AV
|
absent
|
|
what accounts for the automaticity of the SA/AV nodes
|
phase 4 If Na channles
|
|
what about the SA/AV node determiens rate
|
slope of phase 4
|
|
U wave causes
|
hypokalemia
bradycardia |
|
delta wave
|
WPW
reentrant supraventricular tachycardy accessory conduction pathway from atria to ventricle |
|
sawtooth ECG
|
atrial flutter
|
|
no discrete P waves
|
a fib
|
|
prolonged PR
|
1st degree AV block
|
|
P wave not followed by QRS
|
Mobitz type I 2nd degree block
|
|
dropped beats not preceded by a change int he length of the PR interval
|
Mobitz II 2nd degree block
|
|
atria and ventricles beat independently
|
3rd degree, complete block
|
|
right to left shunt etiologies
|
"blue babies"
the 5 Ts TOF Transposition of the great vessels Truncus arteriosus Tricuspid atresia Total anomalous pulmonary venous return |
|
clubbing and polycythemia
|
Eisenmenger's
|
|
Tetralogy of Fallot
|
PROVe
Pulmonary stenosis RVH Overriding aorta VSD |
|
boot shaped heart
|
TOF, due to RVH
|
|
anterosuperior desplacement of the infundibular septum
|
TOF
|
|
med to keep a shunt open
|
alprostadil
|
|
med to close a shunt
|
indomethacin
|
|
22q11
|
TOF
truncus arteriosis |
|
cardiac anomalies associated with downs
|
ASD, VSD, AV septal
|
|
congenitals associated with rubella
|
Septal
PDA pulmonary artery stenosis |
|
congenital anomaly in offspring of diabetic mother
|
transposition of great vessels
|
|
calcification in the media of the arteries, especially radial or ulnar
|
Monckeberg arteriosclerosis
|
|
hyaline thickening of small arteries in essential hypertension
onion skinning in malignant hypertension |
Arteriolosclerosis
|
|
fibrous plaques and atheromas in teh intima of arteries
|
atherosclerosis
|
|
angina on exertion
|
stable angina
|
|
angina at rest
|
Prinzmetl's
|
|
angina secondary to coronary artery spasm
|
Prinzmetl's
|
|
worsening chest pain
|
unstable angina
|
|
organs that get pale infarcts
|
heart
kidney (single blood supply) |
|
stage after MI when there are a lot of neutrophils
|
5-10 days
|
|
how long after MI does troponin go up
|
4 hours
|
|
ST elevation
|
transmural infarct
|
|
ST depression
|
subendocardial infarct
|
|
pathological Q waves
|
transmural infarct
|
|
when does Dressler's happen
|
several weeks after MI
autoimmune phenomenon resulting in fibriinous pericarditis |
|
cardiomyopathy associated wtih alcohol abuse
|
dilated
|
|
cardiomyopathy associated with beriberi
|
dilated
|
|
cardiomyopathy associated wtih Coxsackie B
|
dilated
|
|
cardiomyopathy associated wtih cocaine
|
dilated
|
|
cardiomyopathy associated wtih chagas
|
dilated
|
|
cardiomyopathy associated wtih doxorubicin
|
dilated
|
|
cardiomyopathy associated wtih genetic cause
|
hypertrophic
|
|
cardiomyopathy associated wtih genetic cause
|
hypertrophic
|
|
verrucous vegetations on both sides of heart valve
|
Libman-Sacks endocarditis
associated with lupus |
|
endocarditis in lupus
|
libman sacks
|
|
erythema marginatum
|
rheumatic heart disease
|
|
granuloma with giant cell
|
Aschoff bodies
rheumatic heart disease |
|
activated histiocytes
|
Anitschkow's cells in rheumatic heart disease
|
|
migratory polyarthritis
|
rheumatic heart disease
|
|
electrical alternans (beat to beat alternation fo QRS complex height)
|
cardiac tamponade
|
|
pulsus paradoxus/ Kussmauls' pulse
|
TACO P
severe cardiac tambonade asthma obstructive sleep apnea pericarditis croup |
|
serous pricarditis
|
Very SeRioUs
SLE RA viral infetion uremia |
|
Fibrinous pericarditis
|
a fibrinous RUM
uremia Dressler's syndrome post MI rheumatic fever |
|
hemorrhagic pericarditis
|
TB
malignancy (e.g., melanoma) |
|
dilatation of aorta nd valve ring
|
syphilis
|
|
"ball valve" obstruction in left atrium
associated with multiple syncopal episodes |
cardiac myxoma
|
|
most frequent cardiac tumor in adults
|
myxoma
|
|
most frequent cardiac tumor in kids
|
rhabdomyoma
|
|
rhabdomyoma associated with
|
tuberous sclerosis
|
|
most common mets in heart
|
melanoma lymphoma
|
|
nosebleeds and skin discolorations
|
Osler Weber Rendu (hereditary hemorrhagic telangiectasia)
|
|
Raynaud's associations
|
SLE
CREST mised connective tissue disease |
|
necrotizing vasculitis with necrotizing granulomas (lung and kidney)
|
Wegeners
|
|
performation fo nasal septum
chronic sinusitis, otitis media, mastoiditis, cough, dyspena hemoptysis hematuria |
Wegeners
|
|
tx for Wegeners
|
cyclophosphamide and corticosteroids
|
|
necrotizing vaslulitis without granulomas
|
microscopic polyangiitis
|
|
granulomatous vasculitis with eosinophilia
|
Churg Strauss
|
|
pANCA
|
microscopic polyangitis and
Churg-Strauss |
|
leptomeningeal angiomatosis
|
Sturge-Weber
|
|
childhood systemic vasculitis following URI
|
Henoch Schonlein
|
|
intermittend claudication
superficial nodular phlebitis Raynaud's |
Buerger
|
|
treatment for Buergers
|
stop smoking
|
|
vessels affected in Kawasaki
|
small and medium
|
|
necrotizing arteritis of medium arteries vs small
|
PAN is medium; Wegeners (Wee Wegners) is small.
PAN has no ANCA association. Wegeners has c-ANCA |
|
granulomatous thickening of aortic arch
|
Takayasu
|
|
arthritis
night sweats myalgia skin nodules ocular distrubances weak pulses |
Takayasu
|
|
unilateral headache
jaw claudication imparied vision |
temporal arteritis
|
|
rx with severe rebound hypertension
|
clonidine
|
|
rx with positive coomb's test
|
methyldopa
|
|
rx with ototoxicity
|
loop diuretics
|
|
rx with orthostatic and exercise hypotension
|
guanethidine
|
|
rx with first dose orthostatic hypotension
|
prazosin
|
|
heart meds that can cause impotence
|
beta blockers
|
|
drug that can cause lupus like syndrome
|
hydralazine
|
|
vasodilater that can cause hypertrichosis
|
minoxidil
|
|
vasodilatro that can cause AV block
|
verapamil
|
|
vasodilatr that can cause cyanide toxicity
|
nitroprusside
|
|
antihypertensive that can ause fetal renal toxicity
|
losartan
|
|
rx for Prinzmetal
|
calcium channel blockers
|
|
among Calcium channel blockers, which is most effective on vasculature vs heart
|
vascular smooth muscle:
nifedibpin>diltiazem> verapamil (opposite for heart) |
|
Monday disease with a vasodilator
|
nitroglycerin, isorbidide dinaitrate
workers get used to the effects during their work week, lose that tolerance over the weekend, and then get tachycardia, dizziness, headache on Monday |
|
tx for malignant htn
|
Drugs For Nefarious HTN
Nitroprusside fenoldapam diazoxide (opens K+) |
|
combo for antianginal therapy
|
nitrate
beta blocker |
|
what drug tastes really really bade
|
bile acid resins
|
|
lipid lowering drug that can cause red flushed face
|
niacin
|
|
MOA of niacin
|
inhibits lipolysis in adipose tissue
reduces hepatic VLDL secretion into circulation |
|
blurry yellow vision
|
digoxin
|
|
quinidine decreases its clearance
|
digoxin
|
|
causes cinchonism
|
quinidine
|
|
causes a reversible SLE-like syndrome
|
procainamide
|
|
increases AP duration
|
Class IA (papa bear)
|
|
decreases AP duration
|
class 1B (mama bear)
|
|
no effect on AP duration
|
Class IC (just right)
|
|
check PFTs LFTs and TFTs when using this drug
|
amiodarone
pulmonary fibrosis hepatotoxicity hypo/hyper thyroidism |
|
side effect of metoprolol
|
dyslipidemia
|
|
antiarrhythmic that can be used in WFW
|
amiodarone
|
|
rx that increase the QT inteval
|
potassium channel blockers
|
|
side effect of sotalol
|
torsades
|
|
action of adenosine
|
K+ out of cells
|
|
what is adenosine the DOC for
|
diagnosing/abolisin AV nodal arrhythmias
|
|
what do Ca channel blockers affect primarily
|
AV nodal cells
|
|
pregnant woman in 3rd trimester has orthostatic hypotension
|
IVC compression
|
|
patient with history of HTN has sudden sharp, tearin pain radiation ot the back
|
mediastinal widening
|
|
heard on right sternal border/aortic area
|
systolic murmurs
- aortic stenosis - flow mumur |
|
heard in pulmonic area
|
systolic ejection murmur
- pulmonic stenosis - flow mumur (eg ASD) |
|
heard in tricuspid area
|
Tricuspid area
Pansystolic murmur - tricuspid regurg - VSD Diastolic murmur -tricuspid stenosis -ASD |
|
heard in mitral area
|
Systolic mumur
- mitral regurg Diastolic - mitral stenosis |
|
what sustains increased cardiac output ininitial exercise? after prolonged?
|
first, increased stroke volume
then, increased HR |
|
effect of catecholamines on heart
|
increased contractility by acting on Ca++ pump in SR
|
|
mechanism of Digitalis' increase of contractility
|
increases intracellular Na, resulting in increased Ca
|
|
effect of acisdosis on contractility
|
reduces it
|
|
an effect of anxiety, exercise and pregnancy on the heart
|
increased SV
|
|
effect of increased blood volume on venous return curve
|
up and to right
|
|
effect of increased inotropy on CO curve curve
|
up and steeper
|
|
effect of increase TPR on cardiac function curves
|
lowers the X, directly below intersection point
|
|
where is mean systemic pressure on cardiac function curves
|
where venous return crosses x axis
|
|
what is it and where is it loudest: S1
|
mitral and tricuspid valve closure
loudest at mitral area |
|
what is it and where is it loudest: S2
|
aortic and pulmonary valve closure
left sternal border |
|
what is it and where is it loudest: S3
|
increased filling pressures
more common in dilated ventricles |
|
what is it and where is it loudest: S4
|
atrial kick
high atrial pressure ventricular hypertrophy |
|
why does S2 split
|
aortic closes bfore pulmonic
(alphabetical order) |
|
holosystolic, high pitched blowing murmur
|
Mitral or tricuspid regurg
|
|
late systolic murmur with midsystolic click? when is it loudest
|
MP
loudest at S2 |
|
blowing diastolic mumur
|
aortic regurg
|
|
what widesn pulse pressur
|
chronic aortic regurg
|
|
late diastolic rumbling murmur
|
Mitral stenosis
|
|
late diastolic murmur that gets louder with inspiration
|
tricuspid stenosis
|
|
continuous machine like murmur? when is it loudest
|
PDA
S2 |
|
holosystolic harsh sounding murmur. Where is it loudest
|
VSD
tricuspid area |
|
delta wave
|
WPW
looks like an opening up of the QR, so that Q no longer dips below line and leans up towards R |
|
What can WPW lead to
|
supraventricular tachycardia
|
|
progressive lengthening of the PR until a beat is dropped
|
2nd degree block
Mobitz I |
|
dropped beats not preceded by a change in length of PR interval
|
2nd degree block
Mobitz II |
|
effect of stimulation of alpha 1 receptors
|
venous constriction, increasing CO
arteriolar constriction, increasing TPR |
|
what do vagus and IX transmit to re increased BP
|
medulla
|
|
what do aortic arch and carotid sinus sense?
|
carotid sinus senses increases and decreases in BP;
aortic responds only to increases in BP |
|
when the afferets coming to the medulla fire less, what happens to the firing by the sympathetics? parasympathetics?
|
increase sympathetics
decrease parasympathetics |
|
how does carotid massage work?
|
pressure on carotid artery
increaeses stretch increases afferent firing decreases efferent firing |
|
what do peripheral chemoreceptors respond to
|
decreases in oxygen
increases in carbon dioxide decreased pH |
|
what do central chemoreceptors respond to
|
changes in pH and PCO2 (not O2)
|
|
What is responsible for the Cushing reaction
|
central chemoreceptors
reaction: increased intracranial pressure constricts arterioles cerebral ischemia hypertension (sympathetic) and reflex bradycardia |
|
Cusing triad
|
hypertenion
bradycardia respiratory depression |
|
which organ has a large arteriovenous O2 difference
|
heart
|
|
which organ gets the most CO
|
liver
|
|
causes of left to right shunts
|
VSD
ASD PDA (which is in order of frequency) |
|
which malformations, uncorrected, lead to Eisenmengers
|
VSD, ASD, PDA
shunt gost to being a R-L shunt |
|
notching of ribs
|
coarctation of aorta
|
|
what can keep a PDA open
|
PGE
|
|
what does corneual arcus indicated
|
hyperlipidemia
|
|
what does a xanthoma indicate
|
hyperlipidemia
|
|
what does an atheroma indicate
|
hyperlipidemia
|
|
ipiestem arteries with calcification
|
Monckeberg arteriolosclerosis
|
|
hyaline thickining in essential HTN
onion skinning in malignant HTN |
arteriolosclerosis
|
|
cystic medial necrosis
|
Marfan's
aortic dissection |
|
mediastinal widening
|
emerginc aortic dissection
|
|
what is diseases in atherosclerosis
|
elastic arteries
large and medium sized muscular arteries |
|
what initiates atherosclerosis
|
endothelial cell dysfunction
|
|
timeing of coagulative necrosis post MI
|
18-24 hours
|
|
when does neutrophil emigration
|
4 hours, and goes on thru day 4
|
|
when is risk for ventricular aneyrysm
|
7 weeks
|
|
granulation tissue post MI
|
5-10 days
|
|
gross heart - when is there central yellow-brown softening post MI
|
10 days
|
|
gross heart - when is there hyperemia post MI
|
2-4 days
|
|
gross heart - when is there dark mottling post MI? What stain is used
|
first day
tetrazolium |
|
how long after MI does fibrinous pericarditis tend to happen
|
3-5 days
|
|
how long after MI does Dresslers tend to happen
|
several weeks
|
|
what heart sound is loud in hypertrophic cardiomyopathy
|
S4
|
|
tx for hypertrophic cardiomyopathy
|
beta blocker
verapamil |
|
endomyocardial fibrosis with a prominent eosinophilic infiltrate
|
Loffler's syndrome
restrictive cardiomyopathy |
|
what kind of cardiomyopathy does hemochromatosis cause
|
restrictive or dilated
|
|
what is the most reliable marker for HF
|
3rd heart sound!
|
|
hemosiderin laden macrophages in the lungs
|
LV failure
|
|
what does dyspnea on exertion indicate
|
failure of LV output to increase during exercise
|
|
what does PND indicate
|
LV failure
|
|
what does pulmonary edema indicate
|
LV failure
|
|
what does orthopnia indicate
|
exacerbated pulmonary vascular congestion
|
|
what does ankle, sacral edema indicate
|
RV failure
|
|
cardiac tumor in atria
obstruction in the LA multiple syncopal episodes |
myxoma
|
|
arteriovenous malformation in small vessels.
looks like dilated capillary |
telangiectasi
|
|
like Wegeners but lacks granulomas
pANCA |
Microscopic polyangiitis
|
|
pANCA
|
Wegeners
Microscopic polyangiitis Churg STrauss |
|
mechanism of Hydralazine
|
increases cGMP to induce smooth muscle rlaxation
A>V |
|
mechanism of Minoxidil
|
K+ channel opener
|
|
mechanism of Nifedipien, verapamil, diltiazem
|
L type Calcium channel blockers
reduce muscle contractility |
|
mechanism of nitrolycerin, isosorbide dinitrate
|
release NO in smoth muscle, increase cGMP and smooth muslce relaxation
V>A |
|
mechanism of diazoxide
|
K+ channel opener
|
|
effect of Nitrates and beta-blockers on end diastolic volume
|
nitrates decrease
beta blockers increase |
|
what are statins most effective at reducing
|
LDL
|
|
what is Niacin most effective at doing
|
lowering LDLincreasing HDL
|
|
which lipid lower agents can increase HDL
|
Niacin>statins and fibrates >bile acid resins
|
|
which meds best lower triglycerides
|
fibrates
|
|
toxicity of statins
|
increase LFTs
|
|
toxicity of bile acid resins
|
tastes bad
decreased absorption of fat-soluble vitamins |
|
toxicity of fibrates
|
myositis
increased LFTs |
|
mechanism of cardiac glycosides
|
that is, Digoxin...
direct inhibition of Na/K ATPase leads to indirect inhibition of Na/Ca exchanger/antiport so that the Ca++ levels rise |