NURS 6501 ADVANCED
PATHOPHYSIOLOGY
MIDTERM EXAM 2026
QUESTIONS AND
ANSWERS A+ LATEST
FALL
� NURS 6501 ADVANCED
PATHOPHYSIOLOGY
MIDTERM EXAM – COMPLETE REVIEW GUIDE
,🔑 HOW THE MIDTERM IS TESTED
Most NURS 6501 midterms focus on:
Mechanisms of disease (WHY it happens)
Cellular & molecular processes
Compare & contrast disorders
Clinical application (labs, symptoms, risk factors)
⚠️ NOT memorization-heavy — concept integration is key
1�⃣ CELLULAR ADAPTATION, INJURY
& DEATH (VERY HIGH YIELD)
Cellular Adaptations
Adaptation Definition Example
Hypertrophy ↑ cell size LV hypertrophy in HTN
Hyperplasia ↑ cell number Endometrial hyperplasia
Atrophy ↓ cell size Muscle wasting
Metaplasia Cell type change Barrett’s esophagus
📌 Metaplasia increases cancer risk
Cell Injury
Reversible injury
o Cellular swelling
o Fatty change
Irreversible injury
o Mitochondrial damage
o Membrane rupture
o Nuclear damage
Cell Death
Necrosis
o Uncontrolled
o Inflammatory
, Apoptosis
o Programmed
o No inflammation
💡 Cancer = failure of apoptosis
2�⃣ INFLAMMATION & IMMUNITY
Acute Inflammation
Vasodilation
↑ capillary permeability
Neutrophils dominate
Chronic Inflammation
Macrophages & lymphocytes
Tissue destruction + fibrosis
Cytokines (TESTED)
Cytokine Function
IL-1 Fever
TNF-α Systemic inflammation
IL-6 Acute phase response
Histamine Vasodilation
Hypersensitivity Reactions
Type Mechanism Example
I IgE Anaphylaxis
II Cytotoxic Hemolytic anemia
III Immune complex SLE
IV Delayed Contact dermatitis
3�⃣ GENETICS & GENOMIC
INFLUENCES
PATHOPHYSIOLOGY
MIDTERM EXAM 2026
QUESTIONS AND
ANSWERS A+ LATEST
FALL
� NURS 6501 ADVANCED
PATHOPHYSIOLOGY
MIDTERM EXAM – COMPLETE REVIEW GUIDE
,🔑 HOW THE MIDTERM IS TESTED
Most NURS 6501 midterms focus on:
Mechanisms of disease (WHY it happens)
Cellular & molecular processes
Compare & contrast disorders
Clinical application (labs, symptoms, risk factors)
⚠️ NOT memorization-heavy — concept integration is key
1�⃣ CELLULAR ADAPTATION, INJURY
& DEATH (VERY HIGH YIELD)
Cellular Adaptations
Adaptation Definition Example
Hypertrophy ↑ cell size LV hypertrophy in HTN
Hyperplasia ↑ cell number Endometrial hyperplasia
Atrophy ↓ cell size Muscle wasting
Metaplasia Cell type change Barrett’s esophagus
📌 Metaplasia increases cancer risk
Cell Injury
Reversible injury
o Cellular swelling
o Fatty change
Irreversible injury
o Mitochondrial damage
o Membrane rupture
o Nuclear damage
Cell Death
Necrosis
o Uncontrolled
o Inflammatory
, Apoptosis
o Programmed
o No inflammation
💡 Cancer = failure of apoptosis
2�⃣ INFLAMMATION & IMMUNITY
Acute Inflammation
Vasodilation
↑ capillary permeability
Neutrophils dominate
Chronic Inflammation
Macrophages & lymphocytes
Tissue destruction + fibrosis
Cytokines (TESTED)
Cytokine Function
IL-1 Fever
TNF-α Systemic inflammation
IL-6 Acute phase response
Histamine Vasodilation
Hypersensitivity Reactions
Type Mechanism Example
I IgE Anaphylaxis
II Cytotoxic Hemolytic anemia
III Immune complex SLE
IV Delayed Contact dermatitis
3�⃣ GENETICS & GENOMIC
INFLUENCES