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The Sodium Correction for Hyperglycemia Calculates the actual sodium level in patients with hyperglycemia.
Serum sodium correction is calculated via a correction factor of 2.4mEq/L or 1.6 mEq/L, for every 100 mg/dL increase in plasma glucose levels above normal, to reflect the real natremia situation in the body.
This hyperglycemia sodium correction calculator estimates the corrected serum Na in patients with high glucose levels.
corrected sodium in hyperglycemia - This condition has been called translational hyponatremia because no net change in total body water.
The Sodium Correction Rate for Hyponatremia Calculates recommended fluid type, rate and volume to correct hyponatremia slowly (or more rapidly if seizing).
The sodium correction rate calculator uses the patient's weight, serum sodium concentration, the aimed increase of serum sodium, and the chosen fluid's parameters to find the serum sodium change per liter and the rate of the sodium replacement fluid flow.
High sodium levels can affect blood pressure, and high blood pressure is a known risk factor for type 2 diabetes. Taking steps to lower your sodium levels can help you reduce this risk.
This hyperglycemia sodium correction calculator estimates the corrected Na levels in high glucose cases based on measured sodium in mEq/L. Discover more information on the subject and the two formulas used for calculations below the form.
Hyperglycaemia causes movement of water out of cells into the CSF, resulting in pseudohyponatraemia. Expect a drop of 1.6mmol (1.6mEq) for every 5.5mmol/L (100mg/dL) increase in glucose concentration. This calculator corrects the sodium based on the glucose concentration.
A calculator for serum sodium correction in the setting of hyperglycemia. In normal physiology, effective osmolarity in the presence of overt hyperglycemia is more clinically relevant than the estimate of serum sodium concentration. Corrected serum sodium (Hillier formula) = Measured sodium in mEq/L + 0.024 x (serum glucose in mg/dL – 100)