Diabetic Ketoacidosis Calculator

Euglycemic diabetic ketoacidosis is a variant of DKA where the patient experiences severe metabolic acidosis and ketosis despite having near-normal blood glucose levels, typically under 200 mg/dL. This condition is frequently triggered by the use of SGLT2 inhibitors, pregnancy, or prolonged starvation combined with insulin reduction. Because blood glucose is not markedly elevated, diagnosis is often delayed, making a low threshold for checking blood ketones and serum pH critical in at-risk patients.

Even though total body potassium is severely depleted due to osmotic diuresis and urinary losses, serum potassium levels often appear normal or elevated upon presentation. This paradoxical hyperkalemia occurs because insulin deficiency, extracellular hyperosmolality, and acidemia drive potassium out of the intracellular space and into the bloodstream. As insulin therapy and rehydration begin, potassium shifts back into cells, which can trigger dangerous hypokalemia if aggressive replacement is not initiated.

Serum bicarbonate is low because it is actively consumed or buffered while neutralizing the massive accumulation of circulating organic acids, such as beta-hydroxybutyrate and acetoacetate, produced during unchecked ketogenesis. This consumption creates a high anion gap metabolic acidosis. As the body attempts to compensate for the acidotic state through hyperventilation, carbon dioxide is blown off, further depleting the buffer reserves until effective metabolic treatment restores acid-base equilibrium.

Yes, diabetic ketoacidosis is a classic form of high anion gap metabolic acidosis. It is characterized by a primary reduction in serum bicarbonate and blood pH caused by the accumulation of ketoacids in the bloodstream. The body attempts respiratory compensation through Kussmaul breathing to reduce partial pressure of carbon dioxide, though this compensatory mechanism is typically insufficient to normalize the pH without exogenous insulin and fluid resuscitation.