Overview of Perlane
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Hyaluronic acid (Non-animal Stabilized) |
| Form | Sterile Injectable Gel |
| Pharmacological class | Soft Tissue Augmentor / Cosmetic Filler |
| General purpose | Correction of moderate to severe facial folds |
| Origin | Biotechnologically engineered (non-animal) |
Defining Perlane: Classification and Form
Perlane is classified as a Class III aesthetic medical device rather than a systemic drug. It belongs to the high-level class of Soft Tissue Augmentors or Cosmetic Fillers, which are clinically recognized for their use in physically supplementing volume loss beneath the skin surface. Perlane is provided as a clear, colorless sterile injectable gel intended for administration via dermal implantation into the deep dermis to superficial subcutis. This particular application depth distinguishes it, defining its function as a tool for robust, localized volume restoration used for improved appearance.
Composition and Origin: Unique NASHA Characteristics
The material's core component is Hyaluronic acid, specifically the Non-animal Stabilized Hyaluronic Acid (NASHA) Gel, formulated at a concentration of 20 mg/mL. A key differentiating feature is the size of the gel particles within this formulation, which makes it better suited for areas requiring deeper dermal filling and a more pronounced lifting effect compared to other variants in the same family. This hyaluronic acid is biotechnologically engineered and derived from Streptococcus species of bacteria, assuring a highly purified, non-animal origin. The stabilization process involves cross-linking, which establishes sustained integrity to delay enzymatic breakdown.
General Purpose and Volumetric Function
The general purpose of Perlane is rooted in its capability to aid in the restoration of volume and fullness in tissue that has experienced depletion. Its volumetric function relies on both the physical placement of the gel for volumetric augmentation and the natural action of hyaluronic acid as a hydrophilic support matrix. This dual action means the product attracts and binds water molecules within the implanted area, which helps reinforce tissue structure and maintain contour, ultimately assisting in the improved appearance of significant facial folds, such as nasolabial folds, which is a typical use case for this robust formulation.
Regulatory References
