Overview of Memotil
| Property | Description |
|---|---|
| Active Ingredient | Dihydroergocristine Mesilate |
| Form | Tablet, Capsule, or Oral Solution |
| Pharmacological Class | Nootropic and Peripheral Vasodilator |
| General Purpose | Support of cognitive function and cerebral circulation |
| Origin | Semi-synthetic Ergot Alkaloid derivative |
What Type of Medicine is Memotil? (Definition and Classification)
Memotil is a pharmaceutical preparation classified as both a Nootropic agent and a Peripheral Vasodilator, intended to provide support for cognitive function and circulation. The compound, Dihydroergocristine Mesilate, is derived from the Ergot Alkaloid chemical class. Dihydroergocristine Mesilate is employed for its effect on cerebral blood flow, supporting overall brain function. The medicine is designed for oral administration and is typically presented in solid forms, such as a tablet or capsule.
What is Dihydroergocristine Mesilate and Where Does it Come From? (Composition and Origin)
The active ingredient in Memotil is Dihydroergocristine Mesilate, a salt derived from an organic molecule and Methanesulfonic Acid. This compound is a semi-synthetic derivative that belongs to the Ergot Alkaloid class, and it is clinically recognized for its targeted actions on the vascular system. Memotil is defined as a single active ingredient product, containing only Dihydroergocristine Mesilate, along with standard pharmaceutical excipients. This composition is a differentiating factor, setting it apart from multi-compound preparations like Ergoloid Mesylate, which contain a mixture of various similar ergot derivatives.
What is the General Purpose of Dihydroergocristine Mesilate? (General Benefit)
The general purpose of Memotil is to provide fundamental circulatory support, which helps maintain and enhance overall cognitive functions like memory and attention. Its primary physiological action is that of an alpha-adrenergic antagonist, which leads to vasodilation by reducing vascular tone. By improving cerebral blood flow, the medication ensures a robust supply of oxygen and nutrients to brain tissue. This systemic support is valuable in contexts where blood flow and metabolic efficiency in the brain may be compromised, such as in age-related cognitive decline.
Regulatory References

