Overview of HydraLife
| Property | Description |
|---|---|
| Active Ingredients | Carbohydrate (Glucose) and Electrolyte salts |
| Form | Powder for Oral Solution or Ready-to-use Oral Solution |
| Pharmacological Class | Fluid and Electrolyte Replacer (Homeostatic Agent) |
| Common Use | Restoration of Body Fluid Homeostasis |
| Origin | Synthetic/Derived (Formulated Chemical Compounds) |
What is HydraLife and What Pharmacological Class Does It Belong To?
HydraLife is an Oral Rehydration Salt (ORS) preparation, officially classified as a Fluid and Electrolyte Replacer and Homeostatic Agent. This Combination Product is designed for its role in addressing rapid fluid loss. As an Essential Medicine type, it is formulated to systematically restore the body’s balance of water and dissolved minerals, targeting a broad demographic including Infants, Children, and Adults.
Composition and Pharmaceutical Form of HydraLife
The preparation's efficacy is derived from its two core Active ingredients: a controlled quantity of a Carbohydrate (typically Glucose or Dextrose) and a blend of key Electrolyte mineral salts, including Sodium, Potassium, and Chloride. The combination of these components, sourced as Synthetic/Derived chemical compounds, adheres to a strict stoichiometric balance, utilizing a low-osmolarity formulation. The salts are formulated to optimize intestinal absorption efficiency. HydraLife is primarily available as a Powder for Oral Solution, intended for dissolution in Purified Water, or as a Ready-to-use Oral Solution, both administered via the Oral route.
The General Purpose of HydraLife: Fluid and Salt Balance Restoration
The general purpose of HydraLife is to facilitate the management of Fluid Loss and the resulting mineral depletion. The formulation leverages the physiological synergy between Carbohydrate and Electrolytes to promote water absorption in the intestine. This targeted action restores the body’s fluid volume and supports overall Body Fluid Homeostasis, serving as a method for Salt Imbalance Restoration in scenarios involving acute fluid depletion.

