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HTHS 2240 WSU Final Exam 2 Questions with Guaranteed Pass Solutions () Updated.

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pharmacokinetic - Answer the measured response to time and dose (absorption, blood levels, mode of inactivation, etc.) This is described as "what the body does to the drug" pharmacodynamic - Answer the mechanism of action of how drugs produce their effects. This is often described as "what the drug does to the body" absorption - Answer being the fraction of an administered dose that reaches the systemic circulation distribution - Answer where the drug goes in the body T ½(half life) - Answer the time required for the serum drug level to decrease by 50% Metabolism - Answer the way the drug is broken down Excretion - Answer the way it is cleared from the body Drug Cycle - Answer deals with the pharmacokinetic variables (Absorption, Distribution, Metabolism, and Excretion) bioavailability - Answer the administered dose of unchanged drug that reaches the systemic circulation Albumin - Answer only one of many proteins that exist in the blood, but it is the most abundant, and its size, shape (sort of roundish), and characteristics make it into a binder of drugs floating in the plasma The BBB(Blood Brain Barrier) - Answer built into the anatomy of the cerebral circulation wherein the capillaries of that system are less permeable to some substances, including some drugs Metabolism or Biotransformation - Answer when the drug is transformed from it's initial, usually active form to a different form (usually, but not always more inactive)

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HTHS 2240 WSU Final Exam 2 Questions
with Guaranteed Pass Solutions (2025-
2026) Updated.
pharmacokinetic - Answer the measured response to time and dose (absorption, blood levels,
mode of inactivation, etc.) This is described as "what the body does to the drug"



pharmacodynamic - Answer the mechanism of action of how drugs produce their effects. This
is often described as "what the drug does to the body"



absorption - Answer being the fraction of an administered dose that reaches the systemic
circulation



distribution - Answer where the drug goes in the body



T ½(half life) - Answer the time required for the serum drug level to decrease by 50%



Metabolism - Answer the way the drug is broken down



Excretion - Answer the way it is cleared from the body



Drug Cycle - Answer deals with the pharmacokinetic variables (Absorption, Distribution,
Metabolism, and Excretion)



bioavailability - Answer the administered dose of unchanged drug that reaches the systemic
circulation



Albumin - Answer only one of many proteins that exist in the blood, but it is the most
abundant, and its size, shape (sort of roundish), and characteristics make it into a binder of
drugs floating in the plasma



The BBB(Blood Brain Barrier) - Answer built into the anatomy of the cerebral circulation
wherein the capillaries of that system are less permeable to some substances, including some
drugs

, liver - Answer main organ for the metabolism of drugs



First Pass Effect - Answer drugs are chemically changed in the liver



metabolite - Answer the active form of the drug



very young or very old - Answer drugs have longer and greater effects due to liver metabolism
issues



tolerance - Answer iver is "pumped-up," (induced) metabolism of the drug is increased and it
takes a lot more drug to produced the same effect



Kidney's - Answer Most drugs are excreted from the body by the....



"Key" - Answer The chemical that binds to the receptor



"Lock" - Answer The receptor



agonist - Answer If the key turns the lock the drug is said to be an



antagonist - Answer If the drug occupies the lock but doesn't "turn it", it is said to be an



Local effects - Answer largely limited to the site of administration and surrounding tissues.



Systemic effects - Answer drug is "felt", to varying degrees, throughout the body (depending
on which tissues the drug receptors are located)



prednisone - Answer A systemic corticosteroid. The organs are exposed along with the skin



Bronchodilators - Answer used to "open" the lungs (local effect), but they can also cause
nervous "jitters" (systemic effect from absorption of some of the drug into the bloodstream)

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Subido en
22 de julio de 2025
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