Overview of Ialuset Plus
| Property | Description |
|---|---|
| Active ingredients | Sodium Hyaluronate, Sulfadiazine Silver |
| Form | Cream, Impregnated sterile gauze |
| Pharmacological class | Wound Healing Agent with Antimicrobial Properties |
| Common use | Supporting tissue repair and microbial control in contaminated wounds |
| Origin | Semi-synthetic (Biotechnologically derived and synthetic compounds) |
The Dual Identity of Ialuset Plus: Combination Wound Agent
Ialuset Plus is classified as a specialized two-component dermatological preparation intended for topical administration, positioned specifically for the management of wounds where bacterial contamination is present or anticipated. This combination product, manufactured by Laboratoires Genevrier, belongs to the class of Wound Healing Agents with Antimicrobial Properties. Unlike standard formulations containing only Hyaluronic Acid, Ialuset Plus is differentiated by the inclusion of an antibacterial agent. The preparation is administered via a topical route in two primary dosage forms: a moisturizing cream (O/W emulsion) and a sterile gauze impregnated with the product.
Composition and Action: Sodium Hyaluronate and Sulfadiazine Silver
The medicinal entity combines two distinct active ingredients [INN]: Sodium Hyaluronate and Sulfadiazine Silver. Sodium Hyaluronate is a key biopolymer recognized for its ability to maintain the hygroscopic and moist environment necessary for accelerated re-epithelialization and cell regeneration. Sulfadiazine Silver is an established topical sulfonamide antibiotic, and its function is to confer broad-spectrum antibacterial activity, primarily against Gram-negative organisms, protecting the wound bed. This dual-action approach is designed to improve wound healing and manage bacterial presence.
Why the Combination Matters: The Dual Therapeutic Advantage
The core therapeutic purpose of Ialuset Plus is to leverage the synergy between its components to optimize the entire healing process. The fixed combination of hyaluronic acid and silver sulfadiazine promotes more rapid re-epithelialization than the antimicrobial agent used in isolation. The product manages infection and contributes to tissue regeneration by ensuring the healing process occurs within a sanitized and optimally hydrated microenvironment.

