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73 Cards in this Set

  • Front
  • Back
blowing murmru
regurgitation
harsch murmur
stenotic valve
aortic murmus
2nd right intercostal space
mitral murmur
apex, and radiate to left axila
aortic stenosis
harsh systolic murmur
due to age, congenital bicuspid valve (before 40 yo)
aortic regurg
blowing diastolic murmur
due: chronic htn, leutic aneurysm (3 syphilis), disectic aortic aneurysm, ankylosing spondylitis
mitral stenosis
harsh diastolic murmus
due: rheumatic heart dis
mitral regurg
blowing systolic murmus
due: rheumatic dis, advanced mitral prolapse,damage from infectiuos endocarditis, papillary musle rupture secondary to MI, CHF
Mitral valve prolapse
midsystolic click
due: marfans sysndrom, ehlers danlos, fragile X syndrome (CGG trinucleodite repea)
right side murmus
increase in intensity with inspiration
left side murmur
increase in intensity wiht expiration
vsd
ventricular septal defect
ASD
1) ostium primum: defect next to AV valve
2) ostium secundum: fenestrated ovale fosa (90 % or ASD)
Acyanotic congentital heart defects
VSD, ASD, PDA
cyanotic CHD
tetralogy of fallot, transpositon of great vessels, persistent truncus arteriosus, eisenmengers syndrome
tetralogy of fallot
pulmonic stenosis + VSD + overriding aorta + right vent hypertropy
eisenmengers syndrome
reversal of left to right shunt (such as VSD), to a right to left shunt (secondary to the development of pulmo HTN)
preductual obstruction: infant type
very high afterload-->rapid develep CHF due to very aortic press
postductal obstruction: adult type
manny blood vessel come of aorta prior to the obstuction-->allow bllod flow to the body-->high BP in arms and low BP in legs
stable angina
exersice induced
decreased cardiac perfusion wiht increased demand
persistent but unchanged plaque in coronary art that limits max blood flow
pain when increase O2 demand (exersice, sex, arguing)
pain stops when stop the stimulant
unstable angina
disruption of plaque-->form thrombus-->form occlusinve platelet formation-->clot obstructs blood flow
heart tissue cant survive for more thatn 30 min w/out blood supply-->infarction
prinzmetal's angina
cornonary artery spasm
MI
when unstable angina lasts longer thatn 30 min-->cause infarction
1)subendothelial: nonQ wave, NSTEMI, inner 1/3 wall is infarcted
2)transmural: Qwace, STEMI, whole wall is infarcted, worse

blood supply to heart is from epi to endo so endo dies first
MONA
treatment for anyone suspected to chest pain
Morhpine: optional after nitroglycerin, not the 1st thing to be given. potent vasodilator-->devrease venous return-->dec preload-->dec work load of heart-->decr O2 demand. also an opiate-->decre HR from anxiety-->decre work of heart-->decrease O2 demand
O: oxygen: increase O2 levels in blood-->incre O2 going to heart even wiht low blood flow
N: nitorglycerin: 1st thing given. vasodilator of coronary art-->increase blood flow. diagnostic and therapeutic (decrease pain in stable, and prizemetal)
Aspirin: chewable-->inhits Cox-->inhbit increase in clot
stable angina
pain: <30 min
EKG: st depression
Troponin: marker for cell death: negative
Ck-totat, Ck-Mb: (marker for cell damage) negative
pain relief wiht nitro glycerin: yes because vasodilates and increase blood flow
unstable angina
pain: <30 min
EKG: ST depression
Troponin: neg
CK MB: yes (some cell damage)
Nitroglycerin: no because vasodilation is usualy counteracted wiht increase in clot formation so blood flow remains restricted.
Non Q wave MI/ subendothelial
pain: >30
EKG: St depr
troponin: positive: cell death usually after 30 min occlusion of vessel
Ck-MB: yes
Nitroglycerin: no because vasodilation is usualy counteracted wiht increase in clot formation so blood flow remains restricted.
Q wave MI/transmural
pain: >30
EKG: St elevattion (marker for heart surface damage)
troponin: positive: cell death usually after 30 min occlusion of vessel
Ck-MB: yes
Nitroglycerin: no because vasodilation is usualy counteracted wiht increase in clot formation so blood flow remains restricted
prinzemetal angina
pain: <30 min
EKG: ST elevation becasue only spasm of CA on surface of heart cause prinzemetal
troponin: no
CK: non
nitroglycerin: yes--> vasodilates CA-->stop spasm
acute coronary syndromes
unstabe angina, subendothelial mi, transmural MI: once diagnoseed continue Aspirin, give IV heparin, IV nitroglycerin, Beta Blocker (block B1 receptor-->Decr HR and force of contraction-->decrease work and O2 demand)
M. infarction
death of tissue-->attract neutrophils-->dead tissue replaced by scar in about 8 weeks
too much damage-->develp heart failure
Lt heart failure
due to chronic HTN, MI, valve pathology
result in pulmo edema and fluid overload (due to activation RAAS)
signs and symps: dyspnea, othropnea, fatigue
rt heart failure
#1 cause is Lt HF, pulmo HTN(usualy young women), lung pathology
results in Peripheral edema, NUtmeg liver
S&S: ankle edema, JVD

RT HF w/Lt HF: cor pulmonale
Infective endocarditis
cause: Roth spots (retinal hemorrhages), Janeway lesions (red macule on palms and soles), oslers nodes (painful papule on finges and toes)
acute infective endocarditis
no prior valvulr patholo required
casued by skin microbes: s. Aureus, Strep. spp.
acute onset chills, high fever
high death rate
most common in IV drug users, adn diabetitics, construction workrers of who cut themselfves a lot
subactue infective endocartditis
only prior valve pathology
usually casued by mout or GI organisms
strep spp of the viridans group (live in the mouth)
E. coli and other gram - bacteria from endoscopy, colonoscopy
valve patho: mandates ABX propylaxi before dental work
low death rate
insidiuor, slow onset, fatique, low grade fever
non-infective endocarditis
Acute rheumatic fever: 3-4 wks after s. pyogenes infx
marantic endocarditis: thrombi develop on endocardium, higher risk in severe or chronic illness especially adenocarcinoma (release mucin-->hypercoaguable state)most colon cancers)
Libman sacks endocarditis: only in SLE pats, huge vegetation on AG-AB complexes on valves-->valve damage, seen on echocardio
new onset murmur
think endocarditis
pericarditis
fibrinous: #1 in world: due to transmural MI, dressler syndrome
serous: #1 in US: due to Coxsackie B, uremia, ARF, scleroderma, rheumatic heart dis, SLE

suppurative: purulent, pathogens into pericadium (usually sterp pneumonia, stap. aureus)

untreated pericarditis lead to pericardial effusion-->tamponade
Acute rheumatic fever
immune mediated
follow 3-4 weeks after St. pyogenes infx (GABHS)
more in children
cause pancarditis
histolologically characterized by ASCHOFF BODY: pathognomic, focal area of myocardial inflammation, contains collagen, enlarged myocytes (anitschkow myocytes) and some aschoff cells (giant cells)
cause mitral valve damage-->--rheumatic heart dis
Major JOnes criteria: SPECS
S: subcutanious nodules
P: polyarthritis migratory
E: erythema marginatum
C; carditis
S: syndeham chorea

Minor jones critera: fever, arghrlagia, High ESR, CRP, high WBC, prolonged PR interval, Hx of rheumatic fever

DX: evidence of st. pyogenes infx + 2 Major criteria
1 major + 2 minor
obsttuctive lung dis
increased restriction to airflow during force expiration, hyperinflated lungs, flat diaphragms
low FEV1, adn ratio
high TLC
treatmen: beta agonists (albuterol), +/- anticholinergics (ipratropium), +/- O2
COPD: pulmo emphysema, chronic chronchitis, bhronchiectsis
Asthma
pulmo emphysema
destroy alveolar walls by proteolytic enzymes
panacinar: throughout lobule assoc w/alpha1antitrypsin def
centrilobular: in center of lobule due to smoking
pink puffer: adequate oxygenation in early dis + pursed lips for PEEP
barrell chest, dyspnea
decreased/absent breath sounds
chronic bronchitis
due to prolonged exposure to bronchial iritants-->hypersecrestion of mucus and bronchial structural change
symps: must be present for atleast 3 months for 2 consecutive eyars
BLUE BLOATER: hypoxemic in ealry dis-->secnondary edema to Rt HF
wet procuctive cough dyspnea
ronchi
bronchiecatisi
irrevesible bronchial dilation + infx
acquired:
Kartagners syndrom: recurrent bronchial infx, bronchiextasis, situs inversus, male sterility, heraring defects
cystic fibrosis: recurrent bronchial infx +bronhiextasis+malabsorption+gall stones
Asthma
IgE mediated, reversible
spasm of smooth muscle
FEV1 increase after albuterol
expiratory wheezing, tachypnea, cough, SOB
charcot-leyden crystal and curschmann spirals in mucus
Restrictive lung dis ((RLD)
FEV1: normal or low
TLC: very low
ration: normal

very small lung volume usual due to fibrosis or scarring
Restrictive lung dis ((RLD)
FEV1: normal or low
TLC: very low
ration: normal

very small lung volume usual due to fibrosis or scarring
Sacroidosis (RLD)
form noncaseating granuloma that become surrounded by scars
dyspnea, cough night sweats
bilateral hilar adenopathyon chest xrays +/- panda sign (bilat sacroidosis of parotid glands)
blacks highest risk
Sacroidosis (RLD)
form noncaseating granuloma that become surrounded by scars
dyspnea, cough night sweats
bilateral hilar adenopathyon chest xrays +/- panda sign (bilat sacroidosis of parotid glands)
blacks highest risk
Adult ARDs (RLD)
from diffuse injury to endothelium of vessel of lung
characterized by : pulmo edema, resp distress, hypoxemia
Adult ARDs (RLD)
from diffuse injury to endothelium of vessel of lung
characterized by : pulmo edema, resp distress, hypoxemia
Neonatal ARDs(RLD)
Hylane membrande dix
due to insufficient surfactant (pramture birth (before 34 weeks)
occurs when lecithin: sphingomyelin ration is <2.0, measured in amniotic fluid
Neonatal ARDs(RLD)
Hylane membrande dix
due to insufficient surfactant (pramture birth (before 34 weeks)
occurs when lecithin: sphingomyelin ration is <2.0, measured in amniotic fluid
Asbestosis Pneumoconciosis (RLD)
chronic inhalation of asbestos
ferruginous bodies
lower lobes--> casue fibrotic plaques of pleura
high risk for SCC, and malignant mesoltheioma

insulating agents, shipyard workers
Asbestosis Pneumoconciosis (RLD)
chronic inhalation of asbestos
ferruginous bodies
lower lobes--> casue fibrotic plaques of pleura
high risk for SCC, and malignant mesoltheioma

insulating agents, shipyard workers
Anthracosis pneumoconiosis (RLD)
Coal workers's pneumoconiosis--> cause black lung dis

upper lungsa
Anthracosis pneumoconiosis (RLD)
Coal workers's pneumoconiosis--> cause black lung dis

upper lungsa
berylliosis
inhale berylium (elctronics, floureceent light bulb)
lower lobes
berylliosis
inhale berylium (elctronics, floureceent light bulb)
lower lobes
silicosis
inhale quartz dust from sand blasting, granite cutting
raises one's suseptibility to TB
uppr lung lobes
silicosis
inhale quartz dust from sand blasting, granite cutting
raises one's suseptibility to TB
uppr lung lobes
farmers lung
inhale thrmophilic actinomycetes from moldy hay
farmers lung
inhale thrmophilic actinomycetes from moldy hay
bird farmers lung
inhale bird droppings or feathers from parakeets pigeions chickens, turkeys
t
bird farmers lung
inhale bird droppings or feathers from parakeets pigeions chickens, turkeys
t
tobacco work's lung (RLD)
inhale mold on tobacco
bagassosis (RLD)
inhale thermophilic actinomycetes on moldy bagasse (sugar cane)
goodpasture's syndrome
glomerulonephritis, pulmo hemmorage, dyspnea
antiglomerular basement antibodies --> destruction casue fibrosis
pulmo hemisiderois
blood accumulates in interstitial space--> inflamation --> fibrosis
alveolar proteinosis
alveoli fill wiht proteinaceous and other material --> inflam-->fibrosis
eosinophilic pneumonia
usually idiopathic but occasionally due to roundworms, drugs, fungi
diffues idiopathic fibrosis/hamman rich syndrome
honecomy lung
fatal within years
collagen vascular dis
chronic inflmmation can start the cycle to a restrictice lung dis.