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NR-283 Exam 1: Pathophysiology V1 Updated and Latest Questions and Correct Answers with Rationale - Chamberlain University

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NR-283 Exam 1: Pathophysiology V1 Updated and Latest Questions and Correct Answers with Rationale - Chamberlain University

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NR-283 Exam 1: Pathophysiology V1 Updated and Latest
Questions and Correct Answers with Rationale -
Chamberlain University
1. Which cellular adaptation is characterized by a decrease in the size of cells, resulting in

reduced tissue mass?


A. Metaplasia


B. Hypertrophy


C. Hyperplasia


D. Atrophy



Ans: D


Rationale: Atrophy represents a decrease in cell size leading to a reduction in the overall mass of the

tissue or organ. This process often occurs due to disuse, loss of endocrine stimulation, or inadequate

nutrition to the area. It is a protective mechanism that allows cells to survive in less-than-optimal

conditions by reducing metabolic needs. Nurses must recognize atrophy in patients who are immobilized

to provide appropriate physical therapy interventions. If the underlying cause is addressed early, some

forms of atrophy may be partially reversible. This concept is a fundamental part of understanding how

the body responds to chronic stress.

,2. When the heart works harder due to high blood pressure, the cardiac muscle cells

increase in size. This is an example of:


A. Hypertrophy


B. Atrophy


C. Hyperplasia


D. Dysplasia



Ans: A


Rationale: Hypertrophy involves an increase in the size of individual cells, which consequently increases

the size of the organ. This is common in tissues like cardiac and skeletal muscle that cannot increase their

cell number through division. In the case of hypertension, the heart muscle enlarges to compensate for

the increased workload required to pump blood. Nurses monitor patients with cardiac hypertrophy as it

can eventually lead to heart failure if left untreated. Understanding this adaptation helps clinicians

evaluate the severity of a patient’s cardiovascular disease. It is a critical example of how physiological

stress leads to structural changes in vital organs.

,3. Which of the following describes the replacement of one mature cell type by another

mature cell type in response to chronic irritation?


A. Anaplasia


B. Metaplasia


C. Dysplasia


D. Hyperplasia



Ans: B


Rationale: Metaplasia is a reversible change in which one adult cell type is replaced by another more

resilient cell type. This typically occurs in response to chronic irritation or inflammation, such as the

changes in respiratory epithelium in smokers. While the new cells are better suited for the harsh

environment, they often lose specialized functions like mucus secretion. If the irritating stimulus is

removed, the tissue can often revert to its original specialized state. Nurses educate patients on the

importance of removing irritants to prevent further tissue damage. Recognizing metaplasia is vital

because persistent irritation can eventually lead to more dangerous cellular changes.

, 4. Which term is used to describe tissue in which the cells vary in size and shape, and the

large nuclei are frequently increased in rate of mitosis?


A. Atrophy


B. Hypertrophy


C. Metaplasia


D. Dysplasia



Ans: D


Rationale: Dysplasia refers to abnormal changes in the size, shape, and organization of mature cells

within a tissue. It is often considered a precancerous state because the cells are no longer uniform and

show increased mitotic activity. Frequent monitoring through diagnostic tests like Pap smears is

necessary to detect dysplasia in its early stages. Healthcare providers prioritize interventions when

dysplasia is found to prevent the progression to malignancy. This cellular adaptation is a significant

indicator of potential disease and requires close clinical follow-up. Understanding dysplasia helps

students grasp the transition from normal cellular function to neoplastic growth.


5. Programmed cell death that does not result in an inflammatory response is known as:


A. Infarction


B. Necrosis


C. Apoptosis


D. Ischemia



Ans: C

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