Path 370 Assessment 1 Exam Prep (2026/2027)
50 High-Yield Questions & Detailed Rationales
(Ch. 1, 2, 4, 7) – West Coast U, Ontario
Ace your upcoming pathology exam with confidence! This comprehensive study resource
features 50 highly relevant, exam-style practice questions paired with deep-dive rationales
for every single correct and incorrect answer.
Specifically engineered for Path 370 Assessment 1, this guide ensures you master the core
concepts, think critically under exam conditions, and bridge any remaining gaps in your
knowledge.
Chapters Covered
• Chapter 1: Cellular Adaptation, Injury, and Death
• Chapter 2: Inflammation, Inflammatory Mediators, and Tissue Repair
• Chapter 4: Disorders of Fluid, Electrolyte, and Acid-Base Balance
• Chapter 7: Genetic and Congenital Disorders
What’s Included
• 50 High-Yield Questions: A mix of multiple-choice, select-all-that-apply, and case-
based scenarios designed to mimic real exam questions.
• Comprehensive Rationales: Every question includes a thorough explanation of why
the correct answer is right and why the distractors are wrong.
• Key Concept Highlights: Quick takeaways to reinforce high-priority information that
frequently appears on exams.
Why This Study Guide Works
• Saves Study Time: No more flipping through hundreds of textbook pages. Focus only
on what is essential.
• Enhances Retention: Understanding the why behind the answers builds long-term
memory and conceptual mastery.
• Instant Download: Get immediate access to clean, beautifully formatted, and easy-to-
read PDF study material.
Perfect for nursing, pre-med, and health science students looking to turn a stressful study
session into a guaranteed high grade. Grab your copy today and study smarter, not harder!
1. The effect of stress on the immune system
1
, •
• a. may involve enhancement or impairment the immune system.
• b. most often involves enhancement of the immune system.
• c. is unknown.
• d. has been demonstrated to be non-existent in studies.
•
Rationale: The relationship between stress and the immune response is complex and depends
heavily on the duration. Acute, short-term stress can actually enhance certain immune functions
(such as mobilizing immune cells to the skin or lymph nodes to prepare for potential injury).
Conversely, chronic or prolonged stress triggers sustained cortisol release, which suppresses the
immune system and increases susceptibility to infection. Thus, stress can either enhance or
impair immune function.
2. Metaplasia is
•
• a. the disorganization of cells into various sizes, shapes, and arrangements.
• b. an irreversible cellular adaptation.
• c. the transformation of a cell type to malignancy.
• d. the replacement of one differentiated cell type with another.
•
Rationale: Metaplasia is a reversible, adaptive cellular change where one mature,
differentiated cell type is replaced by another differentiated cell type that is better able to
withstand a specific environmental stressor. A classic example is the replacement of ciliated
columnar epithelium with stratified squamous epithelium in the airways of chronic cigarette
smokers.
3. Retroviruses are associated with human cancers, including
•
• a. Burkitt lymphoma.
• b. hepatic cancer.
• c. Hodgkin's lymphoma.
• d. pancreatic cancer.
•
Rationale: While the human immunodeficiency virus (HIV) is a retrovirus that increases the
risk of Burkitt lymphoma by weakening the immune system (allowing the Epstein-Barr virus, a
DNA virus, to drive oncogenesis), it is important to note that the primary retrovirus directly
transforming human cells into leukemia/lymphoma is Human T-cell Lymphotropic Virus
2
, (HTLV-1). Burkitt lymphoma remains a classic example of an opportunistic malignancy that
dramatically spikes in retroviral (HIV) infection.
4. An increase in organ size and function caused by increased workload
is termed
•
• a. metaplasia
• b. atrophy.
• c. inflammation.
• d. hypertrophy.
•
Rationale: Hypertrophy refers to an increase in the size of individual cells, which subsequently
leads to an increase in the overall size and functional capacity of the organ. It typically occurs in
response to an increased workload, such as weightlifting expanding skeletal muscle or chronic
high blood pressure causing ventricular hypertrophy in the heart.
5. Reperfusion injury to cells
•
• a. results in very little cellular damage.
• b. involves formation of free radicals.
• c. results from calcium deficiency in cells.
• d. occurs following nutritional injury.
•
Rationale: When blood flow (and oxygen) is suddenly restored to tissues that were previously
ischemic, the abrupt influx of oxygen reacts with damaged cellular structures (like dysfunctional
mitochondria). This reaction generates large quantities of highly reactive oxygen species (ROS)
and free radicals, which cause severe oxidative stress and further damage cell membranes and
DNA.
6. Your patient is scheduled for a staging procedure. She wants to know
what that means. The correct response is which of the following?
•
• a. It is based on exploratory surgery.
• b. It is biochemical testing of tumor cells to determine the genetic basis of the tumor.
3
50 High-Yield Questions & Detailed Rationales
(Ch. 1, 2, 4, 7) – West Coast U, Ontario
Ace your upcoming pathology exam with confidence! This comprehensive study resource
features 50 highly relevant, exam-style practice questions paired with deep-dive rationales
for every single correct and incorrect answer.
Specifically engineered for Path 370 Assessment 1, this guide ensures you master the core
concepts, think critically under exam conditions, and bridge any remaining gaps in your
knowledge.
Chapters Covered
• Chapter 1: Cellular Adaptation, Injury, and Death
• Chapter 2: Inflammation, Inflammatory Mediators, and Tissue Repair
• Chapter 4: Disorders of Fluid, Electrolyte, and Acid-Base Balance
• Chapter 7: Genetic and Congenital Disorders
What’s Included
• 50 High-Yield Questions: A mix of multiple-choice, select-all-that-apply, and case-
based scenarios designed to mimic real exam questions.
• Comprehensive Rationales: Every question includes a thorough explanation of why
the correct answer is right and why the distractors are wrong.
• Key Concept Highlights: Quick takeaways to reinforce high-priority information that
frequently appears on exams.
Why This Study Guide Works
• Saves Study Time: No more flipping through hundreds of textbook pages. Focus only
on what is essential.
• Enhances Retention: Understanding the why behind the answers builds long-term
memory and conceptual mastery.
• Instant Download: Get immediate access to clean, beautifully formatted, and easy-to-
read PDF study material.
Perfect for nursing, pre-med, and health science students looking to turn a stressful study
session into a guaranteed high grade. Grab your copy today and study smarter, not harder!
1. The effect of stress on the immune system
1
, •
• a. may involve enhancement or impairment the immune system.
• b. most often involves enhancement of the immune system.
• c. is unknown.
• d. has been demonstrated to be non-existent in studies.
•
Rationale: The relationship between stress and the immune response is complex and depends
heavily on the duration. Acute, short-term stress can actually enhance certain immune functions
(such as mobilizing immune cells to the skin or lymph nodes to prepare for potential injury).
Conversely, chronic or prolonged stress triggers sustained cortisol release, which suppresses the
immune system and increases susceptibility to infection. Thus, stress can either enhance or
impair immune function.
2. Metaplasia is
•
• a. the disorganization of cells into various sizes, shapes, and arrangements.
• b. an irreversible cellular adaptation.
• c. the transformation of a cell type to malignancy.
• d. the replacement of one differentiated cell type with another.
•
Rationale: Metaplasia is a reversible, adaptive cellular change where one mature,
differentiated cell type is replaced by another differentiated cell type that is better able to
withstand a specific environmental stressor. A classic example is the replacement of ciliated
columnar epithelium with stratified squamous epithelium in the airways of chronic cigarette
smokers.
3. Retroviruses are associated with human cancers, including
•
• a. Burkitt lymphoma.
• b. hepatic cancer.
• c. Hodgkin's lymphoma.
• d. pancreatic cancer.
•
Rationale: While the human immunodeficiency virus (HIV) is a retrovirus that increases the
risk of Burkitt lymphoma by weakening the immune system (allowing the Epstein-Barr virus, a
DNA virus, to drive oncogenesis), it is important to note that the primary retrovirus directly
transforming human cells into leukemia/lymphoma is Human T-cell Lymphotropic Virus
2
, (HTLV-1). Burkitt lymphoma remains a classic example of an opportunistic malignancy that
dramatically spikes in retroviral (HIV) infection.
4. An increase in organ size and function caused by increased workload
is termed
•
• a. metaplasia
• b. atrophy.
• c. inflammation.
• d. hypertrophy.
•
Rationale: Hypertrophy refers to an increase in the size of individual cells, which subsequently
leads to an increase in the overall size and functional capacity of the organ. It typically occurs in
response to an increased workload, such as weightlifting expanding skeletal muscle or chronic
high blood pressure causing ventricular hypertrophy in the heart.
5. Reperfusion injury to cells
•
• a. results in very little cellular damage.
• b. involves formation of free radicals.
• c. results from calcium deficiency in cells.
• d. occurs following nutritional injury.
•
Rationale: When blood flow (and oxygen) is suddenly restored to tissues that were previously
ischemic, the abrupt influx of oxygen reacts with damaged cellular structures (like dysfunctional
mitochondria). This reaction generates large quantities of highly reactive oxygen species (ROS)
and free radicals, which cause severe oxidative stress and further damage cell membranes and
DNA.
6. Your patient is scheduled for a staging procedure. She wants to know
what that means. The correct response is which of the following?
•
• a. It is based on exploratory surgery.
• b. It is biochemical testing of tumor cells to determine the genetic basis of the tumor.
3
