NR507 ADVANCED
NR507 PATHOPHYSIOLOGY
ADVANCED
NR507 PATHOPHYSIOLOGY
ADVANCED EXAM CHAMBERLAIN
FINAL
PATHOPHYSIOLOGY EXAM
UNIVERSITY DISEASE
CHAMBERLAIN MECHANISM
UNIVERSITY TEST PAPER
DISEASE MECHANISMCORRECT
TEST
FINAL EXAM — CHAMBERLAIN
ANSWERS UNIVERSITY
PREMIUM GUIDE
BANK SOLVED QUESTIONS
| 2026/2027EXPERT REVIEW
Comprehensive Disease Mechanism & Clinical Application Competency Assessment
(Chamberlain University College of Nursing) | Core Domains: Cellular Biology & Genetic
Control, Immunity & Inflammation, Infectious Disease Mechanisms, Neurologic Dysfunction,
Endocrine & Metabolic Disorders, Cardiovascular Pathophysiology, Pulmonary Disorders,
Renal & Fluid/Electrolyte Imbalances, Hematologic Alterations, Reproductive &
Gastrointestinal Pathophysiology.
Exam Structure
• Exact official question count: 50 multiple-choice questions (MCQ)
• All questions must be presented in MCQ format with four options (A, B, C, D)
• Total testing time: 75 minutes
• Passing score: Typically 75% required (38/50 correct)
Introduction
This NR507 Advanced Pathophysiology Final Exam format for 2026/2027 reflects the
standardized competency assessment used to evaluate proficiency in comprehensive disease
mechanism principles for graduate nursing students at Chamberlain University.
Answer Format
All correct answers are presented in bold, and all rationales explaining pathophysiologic
mechanisms are written in italic font.
1. Which of the following is true regarding a complicated urinary tract infection?
A. It is usually asymptomatic
B. Bacteria is located mostly in the lower urinary tract
C. Can be caused by a structural urinary tract disorder
D. Is associated with young adults
Answer: Can be caused by a structural urinary tract disorder
Rationale: Complicated UTIs occur in individuals with structural or functional abnormalities of
the urinary tract, such as stones, catheters, or obstructions, which increase the risk of treatment
failure or recurrence.
2. A 45-year-old man reports burning epigastric pain that improves after eating but
returns a few hours later. Which of the following best explains the pathophysiology
of this condition?
A. Decreased bicarbonate secretion in the stomach
B. Increased gastric acid secretion damaging the duodenal mucosa
C. Autoimmune destruction of gastric parietal cells
D. Decreased motility of the lower esophageal sphincter
Answer: Increased gastric acid secretion damaging the duodenal mucosa
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Rationale: Duodenal ulcers result from hypersecretion of gastric acid and pepsin that penetrate
the mucosal barrier, producing pain relieved by food.
3. In liver cirrhosis, ascites formation is primarily due to:
A. Increased aldosterone secretion
B. Portal hypertension and hypoalbuminemia
C. Excessive hepatic glycogen storage
D. Obstruction of bile flow
Answer: Portal hypertension and hypoalbuminemia
Rationale: Portal hypertension raises hydrostatic pressure, and reduced albumin decreases
oncotic pressure—both contributing to fluid leakage into the peritoneal cavity.
4. Which symptom most clearly indicates hepatic encephalopathy?
A. Severe right upper quadrant pain
B. Confusion and asterixis
C. Jaundice and pruritus
D. Weight loss and dark urine
Answer: Confusion and asterixis
Rationale: Accumulation of ammonia and other toxins affects brain function, leading to
confusion and flapping tremors (asterixis).
5. Which lab finding indicates primary hypothyroidism?
A. Low TSH and low T4
B. High TSH and low T4
C. Low TSH and high T4
D. High TSH and high T4
Answer: High TSH and low T4
Rationale: In primary hypothyroidism, the thyroid fails to produce T4, stimulating the pituitary
to secrete more TSH.
6. A patient with Cushing’s syndrome is expected to have which clinical feature?
A. Hypotension and weight loss
B. Hyperpigmentation and muscle wasting
C. Central obesity and hyperglycemia
D. Bradycardia and cold intolerance
Answer: Central obesity and hyperglycemia
Rationale: Excess cortisol causes central fat redistribution, elevated glucose, and muscle
catabolism.
7. Which of the following is the primary cause of Type 1 diabetes mellitus?
A. Insulin resistance
B. Autoimmune destruction of beta cells
C. Decreased glucagon secretion
D. Pancreatic duct obstruction
Answer: Autoimmune destruction of beta cells
Rationale: Type 1 diabetes is characterized by an autoimmune-mediated destruction of the
insulin-producing beta cells in the pancreas, leading to absolute insulin deficiency.
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