COMPLETE QUESTIONS AND CORRECT DETAILED
ANSWERS (VERIFIED ANSWERS) |ALREADY GRADED
A+||BRAND NEW VERSION!!
Pharmacokinetics - CORRECT ANSWER- Absorption-distribution-metabolism-Excretion-- how a
body processes a drug
Pharmacodynamics - CORRECT ANSWER- what a drug does to the body
Adverse effect/side effect - CORRECT ANSWER- expected and unexpected effects of a drug
Teratogenic effect - CORRECT ANSWER- are drugs, chemicals, or even infections that can cause
abnormal fetal development
Paradoxical effect - CORRECT ANSWER- not the intended effect (lavender to calm but it makes
em crazy)
Anticholinergic side effects - CORRECT ANSWER- Can't see, can't pee, can't spit, can't ****
Cholinergic side effects - CORRECT ANSWER- S-alivation, L-acrimation (tears), U-rination, D-
efication
, Medication Rights - CORRECT ANSWER- Right dose, person, time, med, route
Nursing Process - CORRECT ANSWER- Assessment, diagnosis, planning, implementation, and
evaluation. (ADPIE)
Extrapyramidal symptoms - CORRECT ANSWER- Weird mouth movements. Fidgeting.
Involuntary muscle contraction.
Half-life - CORRECT ANSWER- time required for the concentration or amount of drug in the
body to be reduced by one-half
Handwritten orders - CORRECT ANSWER- A prescription for medications/referrals
Application of Pharmacology in Patient care - CORRECT ANSWER- (1) pre-administration
assessment, (2) dosage and administration, (3) evaluating and promoting therapeutic effects,
(4) minimizing adverse effects, (5) minimizing adverse interactions, (6) making PRN decisions
Receptor binding - CORRECT ANSWER- Binding of a ligand to a receptor changes its shape or
activity, allowing it to transmit a signal or directly produce a change inside of the cell.
Parkinsonism - CORRECT ANSWER- any condition that causes a combination of the movement
abnormalities seen in Parkinson's disease — such as tremor, slow movement, impaired speech,
or muscle toughness — especially resulting from the loss of dopamine-containing nerve cells.
Carbidopa/levodopa (Sinemet) - CORRECT ANSWER- levodopa turns into dopamine, increasing
dopamine in the brain and balancing dopamine and acetylcholine. Carbidopa helps the body
absorb levodopa which makes it more available to the CNS.