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Nsg 3370 Final Exam 1.0 Study Guide Exam Questions Fully Solved.

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Pathophysiology - Answer is the study of functional or physiological change in the body that result from a disease process Pharmacology - Answer is the study of the biological effects of chemicals on living organisms Ischemia - Answer is cell damage d/t deficit of O2 Necrosis - Answer is dying cells causing further damage d/t cellular disintegration Homeostasis - Answer is the maintenance of a relatively stable internal environment regardless of external changes Body is designed to maintain this table environment Any deviation from this normal state is disease Etiology - Answer are the causative factors in a particular disease Therapeutic class - Answer is based on therapeutic usefulness in treating particular diseases or disorders (broad) Pharmacologic class - Answer is based on the way a drug works at the molecular, tissue, or body system level. Addresses a drug's mechanism of action (specific) Mechanism of action - Answer is how a drug produces its physiological effect in the body Pharmacokinetics - Answer is the study of drug movement throughout the body; explained through absorption, distribution, metabolism, excretion Absorption - Answer is movement from site of administration, across body membranes, to circulating fluids. Primary pharmacokinetic factor determining length of time for drug to produce effect Distribution - Answer is the transport of drugs throughout the body

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Nsg 3370 Final Exam 1.0 Study Guide
Exam Questions Fully Solved.
Pathophysiology - Answer is the study of functional or physiological change in the body that
result from a disease process



Pharmacology - Answer is the study of the biological effects of chemicals on living organisms



Ischemia - Answer is cell damage d/t deficit of O2



Necrosis - Answer is dying cells causing further damage d/t cellular disintegration



Homeostasis - Answer is the maintenance of a relatively stable internal environment
regardless of external changes

Body is designed to maintain this table environment

Any deviation from this normal state is disease



Etiology - Answer are the causative factors in a particular disease



Therapeutic class - Answer is based on therapeutic usefulness in treating particular diseases or
disorders (broad)



Pharmacologic class - Answer is based on the way a drug works at the molecular, tissue, or
body system level. Addresses a drug's mechanism of action (specific)



Mechanism of action - Answer is how a drug produces its physiological effect in the body



Pharmacokinetics - Answer is the study of drug movement throughout the body; explained
through absorption, distribution, metabolism, excretion



Absorption - Answer is movement from site of administration, across body membranes, to
circulating fluids. Primary pharmacokinetic factor determining length of time for drug to
produce effect

, Metabolism (biotransformation) - Answer is the chemical conversion of a drug so it can be
easily removed from the body. **Liver is the primary site



Excretion - Answer is how drug gets out of the body. Primary site of excretion of drugs is the
kidneys



What are the divisions of the PNS? - Answer autonomic nervous system and somatic nervous
system



What are the primary neurotransmitters of the ANS? - Answer Catecholamines and
Acetylcholine (Ach)



What do catecholamines primarily act on? - Answer Alpha and Beta receptors



What does Acetylcholine primarily act on? - Answer Nicotinic and Muscarinic receptors



Catecholamines are neurotransmitters of the ... - Answer SYMPATHETIC nervous system



Ach is the neurotransmitter of the... - Answer PARASYMPATHETIC nervous system



The Adrenergic receptor alpha 1 is found... - Answer In all sympathetic target organs except
heart



The Adrenergic receptor alpha 2 is found... - Answer At presynaptic adrenergic neuron
terminals

*inhibits release of norepinepherine



The Adrenergic receptor beta 1 is found... - Answer in the cardiac tissue



-increases the heart rate and increase the

heart's strength of contraction or

contractility.

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