Ibogaine is a naturally derived compound with a unique pharmacological profile that has attracted increasing scientific interest for its potential role in addressing neurological and psychiatric disorders. Derived from the root bark of the iboga tree (Tabernanthe iboga), native to Central and West Africa, ibogaine was historically marketed in France until the 1970s as a stimulant under the name Lambarène.
Unlike conventional antidepressants that primarily target a single biological pathway, ibogaine has been shown to interact with multiple neurobiological systems involved in mood regulation, neural adaptation, and neuroplasticity. Research suggests these mechanisms may contribute to improved therapeutic outcomes and a potentially faster clinical response.
PsyRx is pursuing a differentiated pharmaceutical development strategy based on low-dose ibogaine, designed to explore therapeutic benefits while supporting safety, tolerability, and scalability within a regulated pharmaceutical framework.
The Company’s development approach focuses on transforming promising scientific observations into pharmaceutical-grade products supported by rigorous preclinical research, regulatory planning, and clinical validation — creating innovative treatment options for patients suffering from depression, PTSD, and related neuropsychiatric disorders.




Depression and trauma-related disorders remain among the most significant public health challenges globally. Although current antidepressants have helped millions of patients, many continue to experience delayed onset of action, partial treatment response, treatment resistance, relapse, and side effects limiting adherence.
PsyRx is investigating novel ibogaine-based therapeutic approaches that may influence neuroplasticity, neural adaptation, and mood-related biological pathways. Our programs are developed according to internationally recognized pharmaceutical standards, including GMP manufacturing, regulatory compliance, controlled clinical studies, and quality-by-design principles. Platform characteristics



