Blood Vessels Flashcards
COX2
inducible
Aspirin
irreversibly inhibits COX 1 and 2
derivates of common cardinal veins
SVC
derivative of truncus arterious
pulmonary trunk
ascending aorta
derivative of dorsal aorts
descending aortic a.
Conn’s Syndrome
primary hyperaldosteronism
when you correct DKA
decrease ketone bdies = increase bicarb
k intracellular shift = hypokalemia
plaque - proliferation
platelets
PDGF, TGF-beta
plaque -SMC
MIGRATE from media to intima
Type 1 Dyslipidemias
no atherosclerosis
abd pain (pancreatitis)
maybe xanthomas
due to LPL def (chylomicrons)
Type 2 Dyslipidemias
no LDL receptors
atherosclerosis
tubulars xanthomas, corneal arcus, xanthelasma
Type 3 Dyslipidemias
VLDL overproduction
pancreatitis
transmural inflamm of arteries with fibrinoid necrosis
polyarteritis nodosa
varicose veins
increased lower extremity venous pressure
manifestations of poor blood flow from varicose veins
superficial venous thrombosis stasis dermatitis skin ulcerations superficial infections poor wound healing
positive FTA-Abs
syphilis
amlodipine is a
CCB
strawberry hemangiomas
children
cherry hemangiomas
adults
nitroprusside AE
cyanide toxicity
treat with sulfur
IVC formed by
union of common iliac veins
age related HTN due to
decrease compliance of aorta (aorta stiffening)
isolated systolic HTN
bile acid binding resins AE
hypertriglyceridemia
phenoxybenzamine
irreversible alpha 1 and 2 antagonist
cliostazol
phosphodiesterase inhibitor (inhibits platelet aggregation) arterial vasodilator for intermittent claudication
dipyramidole
phosphodiesterase inhibitor (inhibits platelet aggregation) arterial vasodilator for intermittent claudication
great saphenous vein graft
inferiorlateral to pubic tubercle
steady state concentration in first order kinetics
reach in 4-5 half lives
niacin mofa
inhibit hepatic VLDL production
inhibits lipolysis in adipose tissue
treatment for hypercholestermia
1) statin
2) ezetimbie
treatment for hypertriglyceridemia
1) fibrate
2) niacin
1st pharyngeal arch
maxillary artery
CN V
2nd pharyngeal arch
stapedial and hyoid aa
CN VII
3rd pharyngeal arch
Common Carotid a.
proximal portion of Internal carotid a.
CN IX
4th pharyngeal arch
left - aortic arch
right - proximal part of right subclavian a.
CN X - superior branch
6th pharyngeal arch
ductous arteriousus
CN X - recurrent laryngeal branch
CYP450 inducers
BullShit CRAP GPS induces my rage
Barbituates, St john’s wort, carbamazepine, rifampin, alcohol, phenytoin, griseofulvin, phenobarbital, sulfonylurea
CYP450 inhibitors
VICKS FACE All Over GQ stops ladies in their tracks
Valproate, isoniazide, cimetidine, ketoconazole, sulfonamides, fluconazole, alcohol (acute), chloramphienicol, erythromycin, amiodarone, omperprazole, grapefruit juice, quinidiine
orthostatic hypotension
understimulation of alpha one receptors
2nd pharyngeal arch - muscles
facial expression
3rd pharyngeal arch - muscles
stylopharyngius
4th pharyngea arch - muscles
pharynx, soft palate
some laryngeal
6th pharyngeal arch - muscles
larynx
niacin induced skin flushing and warmth due to
prostaglandins
capsaician
reduces pain in PNS by decreasing substance P
plaque rupture
MMPs
increased CK means
cell membrane damage
IVC filter
prevents DVTs
losartan
angiotension receptor blocker
which arteries does polyarteritis nodosa tend to spare?
pulmonary aa
glomangioma
under nail bed
modified smooth muscle cells, invovled in thermoregulation
subungal melanoma
under nail bed
pigmented
myxomatous changes means
cystic medial degeneration
fenoldapam
selective D1 receptor agonist
causes arteriolar dilation
streptokinase SE
hemorrhage
Low Vd
large molecular wt, charged molecules (hydrophilic), bound to plasma proteins
high vd
small molecular wt
lipophilic/hydrophobic/uncharged
saddle nose
wegners
weak UE pulses
takayasa arteritis
efficacy
effect
potency
dose
genomic imprinting mofa
methylation (add methyl groups to cytosine residues)
ACEI induced renal failure due to
efferent arteriolar dilation
Ephinephrine effects on HR
dose dependnet, B1
Epinephrine effects on SBP
increases
B1 and alpha1
Epinephrine effects on DBP
decrease with low dose: B2>alpha1
increase with high dose: alpha1>B2
onion like concentri thickening of arteriolar walls
malignant htn
NE extravasation
increase alpha1
vasoconstriction
necrosis
oseltamivir
neuroaminidase inhibitor
inhibits virion particle RELEASE