Overview of Galopran
| Property | Description |
|---|---|
| Active ingredient | Escitalopram (Oxalate) |
| Form | Tablets, Oral solution |
| Pharmacological class | Selective Serotonin Reuptake Inhibitor (SSRI) |
| General purpose | To stabilize mood and emotional balance |
| Origin | Synthetic single-isomer compound |
What Type of Medicine is Galopran?
Galopran is a prescription-only medication defined by its active ingredient, Escitalopram, which is chemically classified as a Selective Serotonin Reuptake Inhibitor (SSRI). This places it within the broader pharmacological group of psychoanaleptics. As a prescription item, Galopran is subject to dispensing controls, emphasizing the need for professional oversight in its use.
The compound is a synthetic organic compound that has been strategically developed as the sole, pure (S)-enantiomer isomer. The classification of Escitalopram as an SSRI is central to its identity, and this classification corresponds to its designated mechanism for influencing the central nervous system.
Galopran's Composition and Physical Form
The active ingredient in Galopran is Escitalopram, frequently stabilized as Escitalopram oxalate for formulation. This composition represents a significant chemical refinement. Escitalopram is a single active ingredient product that utilizes only the potent (S)-enantiomer, unlike its chemical precursor, Citalopram, which is a racemic mixture. This single-isomer purity is a key differentiating feature in the compound's structure, contributing to its pharmacological profile. The medication is intended for oral administration, typically available in distinct dosage forms, including film-coated tablets and an oral solution.
General Purpose and Action Principle
The primary purpose of Galopran is to modulate the Serotonin system to help stabilize mood and emotional equilibrium in patients experiencing chronic imbalance. For instance, it is clinically recognized for its role in helping individuals achieve consistent emotional stability.
As an SSRI, the medication's action principle involves increasing the functional availability of Serotonin, a key neurotransmitter, within specific neural circuits. By sustaining higher levels of this messenger, the drug aims to restore consistency and stability in communication across pathways associated with emotional regulation. This targeted effect is designed to promote a gradual, sustained return toward a more regulated emotional state.
Regulatory References

