This document provides a comprehensive collection of approximately 180 pathophysiology final exam questions with elaborated answers, covering a wide range of disease processes and clinical concepts. It includes core topics such as respiratory disorders (e.g., ARDS symptoms like hypoxemia and decreased lung compliance on page 1), asthma pathophysiology (IgE-mediated hypersensitivity), and acid-base balance interpretation (ABG analysis steps on page 2).
The material offers in-depth coverage of renal, endocrine, and metabolic conditions, including acute kidney injury causes and management, SIADH (fluid retention and hyponatremia), and diabetes pathophysiology (insulin deficiency vs resistance on page 4). It also explores gastrointestinal disorders (Crohn’s disease vs ulcerative colitis), hepatic encephalopathy (increased ammonia), and infectious diseases such as hepatitis transmission types and meningitis indicators.
Additionally, the document integrates neurological and musculoskeletal concepts such as stroke management priorities (airway protection on page 7), seizure types, Parkinson’s disease symptoms, spinal cord injuries, and autonomic dysreflexia. It further includes dermatological, oncological, and trauma-related topics like burn management (airway priority and hypovolemic shock on page 12), fracture complications, and cancer risk factors. For example, later sections (pages 13–16) highlight ABG normal values, COPD features, Cushing’s disease, and classic signs like barrel chest in emphysema, making this a well-rounded and exam-focused resource.
This resource is ideal for courses such as Pathophysiology, Medical-Surgical Nursing, Advanced Health Assessment, and Pre-Nursing or BSN programs at universities and nursing schools. It is particularly suited for nursing students, healthcare trainees, and individuals preparing for final exams or licensure assessments such as NCLEX-RN.
The content aligns closely with standard textbooks such as Pathophysiology: The Biologic Basis for Disease in Adults and Children by McCance & Huether and Understanding Pathophysiology by Sue E. Huether, reflecting core mechanisms of disease, clinical manifestations, and evidence-based understanding of human health conditions.
Keywords:
pathophysiology exam questions, respiratory disorders ards asthma, abg interpretation acid base balance, renal failure acute kidney injury, siadh hyponatremia fluid retention, diabetes type 1 type 2 pathophysiology, crohns ulcerative colitis differences, hepatic encephalopathy ammonia levels, stroke airway management priority, seizure types tonic clonic focal, parkinsons disease symptoms tremor gait, burn management hypovolemic shock, fracture complications compartment syndrome, copd emphysema bronchitis signs, endocrine disorders cushings disease
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PATHOPHYSIOLOGY FINAL
EXAM (2026) QUESTIONS AND
(Elaborated) WITH COMPLETE
SOLUTIONS
What is allergic asthma associated with? - 🧠 ANSWER ✔✔Type 1
Hypersensitivity; IgE mediated
What are the S&S of ARDS? - 🧠 ANSWER ✔✔SOB, Shallow Rapid
Breathing, Atelectasis (aveoli close), Dyspnea, Inspiratory Crackles,
Respiratory Alkalosis, Decreased Lung Compliance, Hypoxemia
,What are the S&S of tension pneumothorax? - 🧠 ANSWER ✔✔Pressure
that builds up and pushes the trachea towards the unaffected side; Absent
breath sounds over affected lung
What is cystic fibrosis? - 🧠 ANSWER ✔✔Excessive mucous coating in the
lungs and pancreas; Genetic Disorder (Autosomal Recessive)
Changes with an asthma attack: - 🧠 ANSWER ✔✔Wheezing, SOB,
Bronchoconstriction, Dyspnea, Tachypnea (rapid breathing)
How do you interpret ABG's? - 🧠 ANSWER ✔✔1. Look at pH (acidosis - low
or alkalosis - high)
2. Check the CO2 (resp. indicator) - less than 35 (alkalosis) more than 45
(acidosis)
3. Check the HCO3 (metabolic indicator) - less than 22 (acidosis) more
than 26 (alkalosis)
4. Determine primary disorder (matches the pH)
5. Determine if its compensated (pH returns to normal or near normal)
Respiratory Acidosis: What happens to the pH/CO2? - 🧠 ANSWER
✔✔Elevation (increase) of pCO2 -- Decreased pH (acidosis)
, Respiratory Alkalosis: What happens to the pH/CO2? - 🧠 ANSWER
✔✔Depression (decrease) of pCO2 -- Increased pH (alkalosis)
Metabolic Acidosis: What happens to the pH/HCO3? - 🧠 ANSWER
✔✔Depression (decrease) of HCO3 -- Decreased pH (acidosis)
Metabolic Alkalosis: What happens to the pH/HCO3? - 🧠 ANSWER
✔✔Elevation (increase) of HCO3 -- Increased pH (alkalosis)
What are signs of renal cancer? - 🧠 ANSWER ✔✔No pain! Hematuria
(Blood in the Urine)
How do you manage end stage renal disease? - 🧠 ANSWER ✔✔Dialysis,
Fluid Restriction, Low Protein Diet, Decrease Medication Doses, Anti-
hypertensive, Give Ca Supplements, Give Erythropoietin Shot, Give Iron
Supplements/Blood Transfusion (anemic)
What do you call kidney pain? - 🧠 ANSWER ✔✔Nephralgia
What is the most helpful test to determine renal function? - 🧠 ANSWER
✔✔Creatinine
What bacteria is associated with acute pyelonephritis? - 🧠 ANSWER ✔✔E.
coli
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