HHS is typically characterized by severe hyperglycemia and dehydration with little or no significant ketoacidosis.
5 Hyperosmolar Hyperglycemic State Online Quiz Questions
Use this free practice quiz with 20 questions to review 5 Hyperosmolar Hyperglycemic State, test your knowledge, and prepare for your next test or exam.
A patient with HHS has a potassium level of 3.1 mmol/L before insulin treatment. Under a monitored protocol, replace and defer insulin until the level is above 3.5 mmol/L.
Name one medication-related precipitant of HHS described in the material.
A patient with suspected HHS is hypotensive and markedly dehydrated, with no known heart or kidney failure. Which intervention is generally prioritized while the emergency team evaluates the patient?
- A
Begin isotonic intravenous crystalloid fluid replacement and reassess frequently
- B
Give rapid-acting insulin without checking potassium
- C
Restrict fluids
- D
Give oral fluids only
Which actions are useful early in the assessment of suspected HHS? Select all that apply.
- A
Assess airway, breathing, circulation, vital signs, mental status, and hydration or perfusion
- B
Measure blood glucose, electrolytes, renal function, ketones, and venous blood gas
- C
Check serum osmolality and urine output
- D
Assess for a possible trigger such as infection, myocardial infarction, or stroke
- E
Delay evaluation until the patient can drink fluids
After IV fluids are started for HHS, glucose falls and measured sodium rises modestly. Is the sodium rise alone an automatic reason to switch to hypotonic fluid?
- A
True
- B
False
Older adults and people with heart or kidney disease may need smaller fluid boluses and more frequent to reduce the risk of fluid overload.
During initial HHS treatment, about how many hours apart should serum osmolality, electrolytes, and renal function be reassessed?
For an adult with HHS who has no cardiac or renal compromise, which initial isotonic fluid approach is described in the guidance?
- A
500–1,000 mL/hour for the first 2–4 hours, with adjustment to clinical status
- B
A fixed 100 mL/hour for every patient, without reassessment
- C
No IV fluids until glucose is below 600 mg/dL
- D
Rapid oral fluid intake instead of IV fluids
A 76-year-old with type 2 diabetes has several days of thirst and frequent urination followed by confusion. Results show glucose 720 mg/dL, sodium 148 mmol/L, β-hydroxybutyrate 1.2 mmol/L, pH 7.36, and bicarbonate 21 mmol/L. Which diagnosis best fits, and what do the findings suggest?
For an older adult with HHS and heart or kidney disease, how may the IV fluid plan need to be adjusted to reduce the risk of fluid overload?
- A
Give the usual fluid amount without adjustment and reassess only after several hours.
- B
Use smaller fluid boluses and reassess more frequently.
- C
Avoid IV fluids until hyperglycemia has resolved.
- D
Give oral fluids only, regardless of the patient's condition.
HHS and DKA are mutually exclusive diagnoses, so a patient cannot have features of both.
- A
True
- B
False
A patient with suspected HHS arrives confused and markedly dehydrated. Which initial approach best supports a safe and useful assessment?
- A
Assess airway, breathing, circulation, vital signs, mental status, hydration and perfusion; obtain relevant blood tests and assess for a precipitating cause
- B
Check glucose only, then wait to assess mental status until glucose has fallen
- C
Delay laboratory testing until the patient can drink fluids
- D
Assess hydration but avoid checking renal function or ketones
Below what potassium threshold should insulin be delayed while potassium is replaced under a monitored protocol?
During treatment, a patient's glucose falls while measured sodium rises modestly. Which interpretation is most appropriate?
- A
A modest rise can occur as glucose falls; assess fluid balance and the osmolality trend rather than switching fluids reflexively
- B
Any sodium rise proves HHS has resolved
- C
A sodium rise always requires immediate hypotonic fluid
- D
A sodium rise means insulin must not be given
Which monitoring plan best supports safe treatment of an adult with HHS?
- A
Check glucose every 1–2 hours; reassess vital signs, mental status, fluid balance, and urine output; repeat electrolytes, renal function, and osmolality about every 4 hours initially
- B
Check glucose once daily and stop fluids once it falls below 600 mg/dL
- C
Monitor glucose only because laboratory tests are unnecessary after the first blood draw
- D
Avoid tracking urine output and repeat laboratory tests only if symptoms worsen
Consensus guidance gives a general upper-end limit range for glucose decline in HHS of 90–120 mg/dL per hour. What is the upper-end value of that range?
An older adult with HHS also has heart failure and kidney disease. How should the fluid plan generally be adapted to reduce the risk of fluid overload?
- A
Use smaller fluid boluses and reassess more frequently
- B
Give the same fluid volume without reassessment because age and comorbidities do not affect fluid risk
- C
Avoid all IV fluids
- D
Switch automatically to oral fluids
After initial stabilization, which factors are examples of possible precipitating causes that the care team may investigate? Select all that apply.
- A
Infection
- B
Myocardial infarction
- C
Stroke
- D
Missed or insufficient diabetes medication
- E
A modest sodium rise as glucose falls
An adult has been diagnosed with HHS. Which care setting is appropriate for managing this medical emergency?
- A
Arrange emergency hospital evaluation and treatment.
- B
Manage the condition at home and seek routine follow-up.
- C
Wait for the patient to become able to drink before seeking care.
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