Overview of Atridox
| Property | Description |
|---|---|
| Active ingredient | Doxycycline Hyclate |
| Form | Subgingival Controlled-Release Bioabsorbable Gel |
| Pharmacological Class | Tetracycline-class Antibiotic / Local Anti-infective Agent |
| General Purpose | Adjunct in the treatment of Periodontitis |
| Origin | Semi-synthetic |
Atridox is a prescription-only, semi-synthetic, tetracycline-class antibiotic formulated as a subgingival controlled-release product. It serves as a local anti-infective agent specifically designed to be applied directly into the periodontal pockets of adults diagnosed with chronic periodontitis, functioning as an adjunct to cleaning procedures like scaling and root planing.
What Type of Medicine is Atridox (Doxycycline Hyclate)?
Atridox is categorized as a Tetracycline-class Antibiotic due to its active ingredient, Doxycycline Hyclate, which is a semi-synthetic derivative. This classification signifies its primary action as a broad-spectrum Antimicrobial that works by inhibiting protein synthesis in susceptible bacteria, halting their growth.
Beyond its direct antibacterial function, Doxycycline is clinically recognized for also acting as a Host-Modulating Agent (HMA). This unique property helps to regulate the host’s inflammatory response by inhibiting certain enzymes that degrade gum and bone tissue. The drug is a single active ingredient product, focusing the dual benefit of antibacterial and host-modulating effects solely through localized delivery.
Atridox as a Controlled-Release Bioabsorbable Gel
The pharmaceutical preparation of Atridox is a unique Subgingival Controlled-Release Product, designed for local drug delivery (LDS). It is classified as a bioabsorbable gel that is initially applied as a flowing liquid, which then quickly sets into a solidifying matrix upon contact with moisture in the periodontal pocket.
This specific dosage form provides a sustained release mechanism, ensuring that therapeutic concentrations of the medication remain at the site of inflammation for approximately seven days as the polymer slowly degrades. This site-specific action is considered a key differentiating factor, maximizing the antimicrobial effect where it is needed most to combat chronic periodontitis, supporting optimal conditions for gum tissue stability.


