NURS-UL 3366 Exam 1 Latest Update -

NURS-UL 3366 Exam 1 Latest Update - Actual Exam 125 Questions and 100% Verified Correct Answers Guaranteed A+ Verified by Professor

acidosis - CORRECT ANSWER: pH is <7.35

acute ischemia - CORRECT ANSWER: hypoxia to tissues from sudden lack of blood

supply like from an arterial embolus or sickle cell crisis

acute S&S - CORRECT ANSWER: fairly rapid appearance of disease of several days, usually only last a short time

adaption - CORRECT ANSWER: process of accommodating to a new situation the body

is undergoing

alkalosis - CORRECT ANSWER: pH >7.45

anemia - CORRECT ANSWER: less than the normal amount of RBCs

aneuploidy - CORRECT ANSWER: alterations to the number of chromosomes

atrophy - CORRECT ANSWER: decrease in cellular size

carbon monoxide poisoning - CORRECT ANSWER: has a high affinity for hemoglobin

and binds in the place of oxygen preventing it from binding so tissues become hypoxic leading to cell damage

carcinoma - CORRECT ANSWER: cancer of epithelial tissue 1 / 2

central - CORRECT ANSWER: a problem that is occurring towards the center or core of the body

characteristics of benign tumors - CORRECT ANSWER: slow growth, growth is well

encapsulated and non-metastasizing, cells are pretty differentiated

chromosomal disorders - CORRECT ANSWER: a genetic disorder that results from

alterations to the numbers or structures of chromosomes which disrupts gene function

chronic ischemia - CORRECT ANSWER: better tolerated because it allows time for

adjustment, gradual narrowing of arteries from atherosclerosis, slow-developing clot in a leg or coronary artery

chronic S&S - CORRECT ANSWER: develop slowly and often insidious and last longer

clinical manifestations - CORRECT ANSWER: the demonstration of the presence of a sign or symptom

common causes of decreased blood osmolality - CORRECT ANSWER: excess water

intake or loss of solutes

common causes of increased blood osmolality - CORRECT ANSWER: inadequate

intake, vomiting, diarrhea, increased urination

compensation - CORRECT ANSWER: the return to homeostasis after being challenged

by a stressor

compensatory system for metabolic alkalosis - CORRECT ANSWER: the lungs will

decrease the rate and depth of respirations

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