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Mindset Pharma Announces Further Preclinical Results for its 5-MeO-DMT-Inspired Drug Candidate.

Quick Take: Mindset has announced that its preclinical trials for its DMT-inspired candidate MSP-4018 have shown strong preclinical efficacy and safety…

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Quick Take:
  • Mindset has announced that its preclinical trials for its DMT-inspired candidate MSP-4018 have shown strong preclinical efficacy and safety data.

Mindset Pharma Inc. (CSE: MSET) (OTCQB: MSSTF), a drug discovery and development company focused on creating optimized and patentable next-generation psychedelic medicines to treat neurological and psychiatric disorders with unmet medical needs, today announced that preclinical proof-of-concept data comparing its clinical candidate, MSP-4018, against 5-MeO-DMT further demonstrated strong efficacy and an improved safety profile as a next generation psychedelic medicine.
“Given the strong preclinical efficacy and safety data in support of MSP-4018, combined with our expedited manufacturing process, we believe our Family 4 clinical candidate has the potential to provide a safer and more scalable therapeutic alternative to first-generation 5-MeO-DMT. We believe this preclinical data will enable us to quickly advance this novel compound into human clinical trials,” James Lanthier, CEO of Mindset.
“The latest preclinical proof-of-concept data showed that, in addition to its strong efficacy, both locomotor activity and rearing behavior for MSP-4018 did not decline at a range of doses tested, compared to the profound decline observed in 5-MeO-DMT, indicating a remarkably improved safety profile for MSP-4018. In addition, we saw further evidence of psychedelic activity, reflected in the head twitch response of mice,” concluded Joseph Araujo, Chief Scientific Officer of Mindset.
Mindset’s Family 4 compounds are DMT and 5-MeO-DMT-inspired novel drug candidates that offer a broad range of pharmacological diversity suitable for in-clinic settings. The Company has run a battery of specialized in-vitro and in-vivo tests on its patent-pending novel compounds to select the optimal psychedelic drug candidates for progressing towards human clinical trials.

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