Overview of Aclimafel
Aclimafel is a medication whose primary purpose is to address certain physical symptoms by acting on the central nervous system. It is defined by its specific chemical structure and mechanism, which places it within a distinct pharmacological category.
Quick Facts: Aclimafel (Veralipride)
| Property | Description |
|---|---|
| Active Ingredient | Veralipride |
| Form | Tablet |
| Pharmacological Class | Atypical Antipsychotic / Neuroleptic |
| General Purpose | Managing vasomotor symptoms (hot flashes) |
| Origin | Synthetic Benzamide Derivative |
What is the Primary Identity and Chemical Class of Aclimafel?
Aclimafel is a pharmaceutical product containing the single, active ingredient Veralipride. Chemically, this compound is classified as a synthetic benzamide derivative. Pharmacologically, Veralipride is categorized as a neuroleptic, specifically belonging to the class of atypical antipsychotics, based on its distinct mechanism of action within the central nervous system.
The classification of Veralipride as a neuroleptic is noted under the ATC code N05AL06. Aclimafel is intended for oral administration and is typically supplied in a tablet dosage form, distinguishing it as a prescription-only single-ingredient product used to modulate specific neurochemical pathways.
What is Veralipride’s Fundamental Mechanism and General Purpose?
The fundamental action of Veralipride is rooted in its role as a Dopamine D2 receptor antagonist. This mechanism means the drug works by blocking or counteracting certain signals from the key chemical messenger dopamine in the brain, thereby exerting an antidopaminergic action. This specific neurochemical modulation is the basis for Aclimafel’s general purpose: to serve as a non-hormonal treatment alternative.
This application involves helping manage disruptive physical events known as vasomotor symptoms, such as sudden, intense feelings of heat and flushing, which are frequently associated with the climacteric period in postmenopausal women. By influencing central pathways that control temperature and blood flow regulation, the drug aims to stabilize these specific physiological disturbances.

