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Lehne-s Pharmacology Exam 1 Ch 1-6 questions with answers 2024
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Lehne\'s Pharmacology
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Lehne\'s Pharmacology
Lehne-s Pharmacology Exam 1 Ch 1-6 questions with answers 2024
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1. Exam (elaborations) - Lehne-s pharmacology exam 1 questions with answers 2024
2. Exam (elaborations) - Lehne-s pharmacology exam 1 ch 1-6 questions with answers 2024
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Lehne's Pharmacology Exam 1 Ch 1-6
questions with answers 2024
Pharmacokinetics mm- mmANSWER: mm mm➡ mmThe mmprocess mmby mmwhich mmdrugs mmare mmabsorbed,
mmdistributed mm, mmmetabolized, mmand mmexcreted.
Absorption mm- mmANSWER: mm mm➡ mmdetermines mmintensity mm& mmtime mmof mmthe mmeffects
3 mmways mmto mmcross mma mmcell mmmembrane mm- mmANSWER: mm mm➡ mm- mmchannels mmand
mmpores(electrolytes/ions)
- mmtransport mmsystems mm(P-glycoprotein)
- mmdirect mmpenetration mmof mmthe mmmembrane(lipid mmsoluble)
blood-brain mmbarrier mm- mmANSWER: mm mm➡ mmBlood mmvessels mm(capillaries) mmthat mmselectively
mmlet mmcertain mmsubstances mmenter mmthe mmbrain mmtissue mmand mmkeep mmother mmsubstances mmout
Routes mmof mmDrug mmAdministration: mm- mmANSWER: mm mm➡ mmParenteral-(via mminjection)
Intravenous, mmintramuscular, mmsubcutaneous mm(SC)
Enteral/Oral- mmby mmmouth
drug mmmetabolization mm- mmANSWER: mm mm➡ mmstructural mmenzyme mmchange
P450 mmsystem mm(cytochrome mmP450) mm- mmANSWER: mm mm➡ mmox mmenzymes: mmdetoxify, mmimproves
mmsolubility mmto mmbe mmexc mmby mmkidneys mm(12 mmenzyme mmfamilies)
What mmenzymes mmof mmCytochrome mmP450 mmmetabolize mmdrugs? mm- mmANSWER: mm mm➡ mmCYP
mm1,2,3
,What mmare mmtherapeutic mmconsequences mmof mmmetabolism? mm- mmANSWER: mm mm➡ mmAccelerated
mmrenal mmsecretion
Drug mminactivation
increased mmtherapeutic mmaction
Activation mmof mmpro mmdrugs
increased mmor mmdecreased mmtoxicity
Prodrugs mmare mm- mmANSWER: mm mm➡ mminactive mmand mmmust mmbe mmmetaboliz/activated mmin mmthe
mmliver
Considerations mmfor mmdrug mmmetabolism mm- mmANSWER: mm mm➡ mmAge-induction& mminhibition mmof
mmdrug mmmetabolizing mmenz
Faster mmmetabolization mmof mma mmdrug mm=____ mm- mmANSWER: mm mm➡ mmneed mma mmhigher mmdosage
Induction mmof mmmetabolic mmenzymes mm- mmANSWER: mm mm➡ mmstimulating mmenzyme mmsynthesis
drug mmexcretion mm- mmANSWER: mm mm➡ mmthe mmprocess mmof mmeliminating mmmedications, mmusually
mmthrough mmthe mmkidneys mmin mmurine, mmbut mmalso mmthrough mmsweat, mmfeces, mmand mmsaliva, mmmilk
mmproduction
kidney mmexcretion mm- mmANSWER: mm mm➡ mm-blood mmis mmfiltered mmthrough mmthe mmglomerulus mmof
mmthe mmkidneys
-molecules mmthat mmare mmsufficiently mmpolar mmfrom mmmetabolism mmwill mmbe mmexcreted mmout mmof
mmthe mmnephron
-those mmthat mmare mmstill mmnot mmpolar mmenough mmwill mmbe mmre-absorbed mmback mminto mmthe
mmblood
Active mmtubular mmsecretion mm- mmANSWER: mm mm➡ mmactive mmtransport mmsystems mmin mmthe mmrenal
mmtubule mmwork mmto mmmove mmsome mmdrugs mmfrom mmthe mmblood mmand mminto mmthe mmurine mm(Acids
mmand mmbases)
, passive mmtubular mmreabsorption mm- mmANSWER: mm mm➡ mmdrugs mmthat mmare mmlipid-soluble
mmundergo mmpassive mmreabsorption mmfrom mmthe mmtubule mmback mminto mmthe mmblood
Polar mmand mmionized mmstay mmin mmurine
glomerular mmfiltration mm- mmANSWER: mm mm➡ mmexcretes mmdrugs mmin mmurine
protein mmbound mmdrugs mmare mmnot mmfiltered
Pharmacodynamics mm- mmANSWER: mm mm➡ mmwhat mmthe mmdrug mmdoes mmto mmthe mmbody
dose-response mmrelationship mm- mmANSWER: mm mm➡ mmthe mmrelationship mmbetween mmthe
mmdifferent mmdoses mmand mmthe mmresponses mmthey mmgenerate
What mmdo mmdose mmresponse mmrelationships mmdetermine? mm- mmANSWER: mm mm➡ mmminimum
mmeffective mmdoes
maximum mmresponse mmelicited
how mmto mmincrease mmdosage mmto mmdesired mmresponse
relative mmpotency mm- mmANSWER: mm mm➡ mmthe mmamount mmof mmdrug mmthat mmmust mmbe mmgiven mmto
mmelicit mman mmeffect
Potency mmvs mmEfficacy mm- mmANSWER: mm mm➡ mmpotency: mmamount mmof mmdrug mmnecessary mmto
mmproduce mmeffect(conc)
efficacy: mmability mmof mmdrug mmto mmachieve mmdesired mmeffect
Because mmmorphine mmis mmmore mmpotent mmthan mmmeperidine, mmis mmit mma mmbetter mmdrug? mm-
mmANSWER: mm mm➡ mmno. mmYou mmneed mmless mmto mmachieve mmthe mmsame mmresult.
Receptor mm- mmANSWER: mm mm➡ mmDRUG mmBINDS mmHERE
on mmor mmin mma mmcell, mma mmspecific mmprotein mmto mmwhose mmshape mmfits mmthat mmof mma mmspecific
mmmolecular mmmessenger, mmsuch mmas mma mmhormone