Overview of Тамерит
| Property | Description |
|---|---|
| Active ingredient | Aminodihydrophthalasindione Sodium (ADPS) |
| Form | Lyophilised preparation, Sublingual tablets, Rectal suppositories |
| Pharmacological class | Immunomodulating agent (Other Immunostimulant) |
| Common role | Supporting and balancing immune function |
| Origin | Synthetic low-molecular-weight substance |
What Defines Тамерит? (Identity and Classification)
Тамерит is a synthetic low-molecular-weight pharmaceutical preparation whose active compound is Aminodihydrophthalasindione Sodium. Its primary classification is recognized as an Immunomodulating agent (Immunomodulator).
The active ingredient is chemically defined as 5-amino-2,3-dihydrophthalazine-1,4-dione anhydrous sodium salt, positioning it within the chemical class of phthalazine derivatives. The drug is categorized as an Other Immunostimulant (L03AX). This immunomodulator possesses recognized anti-inflammatory capabilities. The medicine is designed to support the body in managing certain inflammatory processes.
Composition and Available Forms of Тамерит
The medicine is a single active ingredient product utilizing the anhydrous sodium salt of the compound, a feature that differentiates its composition from certain related dihydrous salts. It is supplied in multiple forms suitable for different routes of administration, ensuring versatility for both systemic and local delivery.
These forms include a lyophilised medicinal preparation (a crystalline powder) that requires reconstitution into a sterile aqueous solution for parenteral delivery, as well as solid dosage forms like sublingual tablets and rectal suppositories.
General Purpose: What Role Does This Immunomodulator Play?
The general purpose of Тамерит is to support and balance the body's natural defense system through the targeted adjustment of cellular activity. The drug is characterized as a macrophage activation agent.
Its action involves modulating the operational state of key immune cells like macrophages and monocytes. This function helps regulate the production of critical signaling molecules like interleukins and tumor necrosis factor, which is particularly relevant when the immune system needs support to achieve a balanced response.
Regulatory References

