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NTR 604 Exam 2026 – 200+ Q&As with Rationales | Clinical Nutrition | Pass Guaranteed

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Ace your NTR 604 clinical nutrition exam on the first attempt with the most comprehensive study guide available. This PDF gives you 200+ verified exam questions covering every topic you'll face – from stress metabolism and malnutrition assessment to enteral and parenteral nutrition, refeeding syndrome, and disease-specific cases. What’s inside: 200+ REAL exam-style questions with detailed rationales – learn the why behind every answer Covers all tested topics: stress response (ebb/flow phases), visceral proteins (albumin, prealbumin), nitrogen balance, refeeding syndrome, Subjective Global Assessment (SGA), Nutrition-Focused Physical Exam (NFPE) Enteral nutrition – NG/PEG tubes, GRV protocols, polymeric vs. elemental formulas, aspiration prevention, drug-nutrient interactions (phenytoin) Parenteral nutrition – central vs. peripheral, osmolality limits, 2-in-1 vs. 3-in-1, lipid emulsions, CRBSI, PNALD, cyclic PN Disease-specific nutrition – CKD, cirrhosis/HE, short bowel syndrome, pancreatitis, COPD, ARDS, pressure injuries, obesity in the ICU 80+ clinical scenario questions that mirror real exam cases (pancreatitis, fistulas, traumatic brain injury, refeeding syndrome, palliative care) Updated for 2026 ASPEN/SCCM guidelines – includes latest protein recommendations, CRRT adjustments, and refeeding protocols

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NTR 604: ADVANCED CLINICAL

NUTRITION & SUPPORT – 115 QUESTIONS

WITH VERIFIED ANSWERS REAL EXAM

2026 UPDATE FREE PDF

1. What is the primary metabolic response to injury or stress

(e.g., surgery, trauma, sepsis)?

A) Decreased resting energy expenditure (REE)

B) Increased protein catabolism and nitrogen loss

C) Increased glycogen synthesis

D) Decreased gluconeogenesis

Answer: B

Rationale: The stress response is characterized by

hypermetabolism and hypercatabolism. Counter-regulatory

hormones (cortisol, glucagon, catecholamines) increase, leading to

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accelerated proteolysis (muscle breakdown), increased

gluconeogenesis, and negative nitrogen balance .

2. The ebb phase of the stress response is characterized by:

A) Hypermetabolism and hyperdynamic circulation

B) Hypometabolism, decreased cardiac output, and hypovolemia

C) Anabolic recovery and tissue repair

D) Increased insulin sensitivity

Answer: B

Rationale: The ebb phase occurs immediately after injury (first

24-48 hours) and is a period of shock with decreased metabolic

rate, reduced cardiac output, and hypovolemia. It is followed by

the flow phase, which is catabolic and hypermetabolic .

3. Which of the following is a marker of visceral protein

status?

A) Albumin

B) Hemoglobin

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C) Creatinine height index

D) Triceps skinfold thickness

Answer: A

Rationale: Visceral proteins are synthesized by the liver and

include albumin, prealbumin (transthyretin), transferrin, and

retinol-binding protein. Albumin is a commonly used marker,

though its long half-life (20 days) makes it less responsive to

acute changes compared to prealbumin .

4. Which inflammatory cytokine is primarily responsible for

promoting muscle catabolism during critical illness?

A) Interleukin-10 (IL-10)

B) Tumor necrosis factor-alpha (TNF-α)

C) Transforming growth factor-beta (TGF-β)

D) Interleukin-4 (IL-4)

Answer: B

Rationale: TNF-α is a pro-inflammatory cytokine released during

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stress that promotes muscle proteolysis, insulin resistance, and

fever. It is a key mediator of the hypercatabolic state seen in

critical illness .

5. What is the nitrogen balance formula?

A) Nitrogen intake (g) – (Urinary urea nitrogen + 4)

B) (Urinary urea nitrogen + 4) – Nitrogen intake (g)

C) Nitrogen intake (g) / (Urinary urea nitrogen + 4)

D) (Urinary urea nitrogen + 4) / Nitrogen intake (g)

Answer: A

Rationale: Nitrogen balance = Nitrogen intake (g) – Nitrogen

output (g). Nitrogen output is estimated as 24-hour urinary urea

nitrogen (UUN) + 4 (to account for non-urinary losses such as

feces, skin, and miscellaneous). A positive balance indicates

anabolism; negative indicates catabolism .

6. Which of the following best defines the term "refeeding

syndrome"?

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