TL;DR
Master the assessment and management of endocrine emergencies including diabetic crises. Endocrine disorders are common in clinical practice and frequently appear on the NREMT Paramedic Certification.
Free Endocrine & Electrolyte Emergencies Practice Questions
NREMT Paramedic Certification · Medical / OB / GYN (Advanced)
This module covers Endocrine & Electrolyte Emergencies as part of the Medical / OB / GYN (Advanced) section, testing your understanding of core concepts and their practical application.
| Exam | NREMT Paramedic Certification |
| Pass Rate | 67% |
| Duration | 150 minutes |
| Module | Endocrine & Electrolyte Emergencies |
Why Endocrine & Electrolyte Emergencies matters
Endocrine & Electrolyte Emergencies is a commonly tested topic on the NREMT Paramedic Certification because it covers fundamental knowledge required for competent professional practice.
Sample Practice Questions (5)
1. Which of the following BEST distinguishes DKA from HHS?
- DKA has significant ketoacidosis with Kussmaul respirations and fruity breath, while HHS has extreme hyperglycemia (often >600 mg/dL) without significant ketosis
- DKA only occurs in type 2 diabetics, while HHS only occurs in type 1 diabetics
- DKA presents with glucose levels over 1000 mg/dL, while HHS has glucose under 300 mg/dL
- DKA causes hypertension, while HHS causes hypotension
2. Which ECG change is the EARLIEST sign of hyperkalemia?
- Peaked (tall, narrow) T waves
- Widened QRS complex
- Sine wave pattern
- Absent P waves
3. What is the primary role of insulin in the treatment of hyperkalemia?
- It drives potassium from the blood into the cells, temporarily lowering serum potassium levels
- It neutralizes the potassium molecule directly
- It increases renal excretion of potassium
- It stabilizes the cardiac cell membrane against potassium effects
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Start practicing free →4. In the prehospital treatment of hyperkalemia, the mechanism of action for each intervention is important. Which combination correctly matches the treatments to their mechanisms?
- Calcium = membrane stabilization; Sodium bicarbonate = intracellular potassium shift; Insulin+glucose = intracellular potassium shift; Albuterol = intracellular potassium shift
- Calcium = potassium elimination; Sodium bicarbonate = membrane stabilization; Insulin+glucose = potassium elimination; Albuterol = membrane stabilization
- Calcium = intracellular potassium shift; Sodium bicarbonate = potassium elimination; Insulin+glucose = membrane stabilization; Albuterol = potassium elimination
- Calcium = membrane stabilization; Sodium bicarbonate = potassium elimination; Insulin+glucose = potassium elimination; Albuterol = potassium elimination
5. The deep, rapid breathing pattern seen in diabetic ketoacidosis is called:
- Kussmaul respirations
- Cheyne-Stokes respirations
- Biot respirations
- Agonal respirations
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