An orally bioavailable NMDA receptor modulator that selectively binds the PCP site with low affinity (IC50 ~100 µM), designed to differentiate from ketamine's broader receptor binding. Phase 1 (randomized, double-blind, placebo-controlled SAD/MAD) enrolled 56 healthy volunteers; dosing is complete, with no serious adverse events or dose-limiting toxicities reported to date and no clinically significant dissociative effects observed. The database remains blinded pending final analyses.
Lead indication is chemotherapy-induced peripheral neuropathy (CIPN). A Phase 2a protocol, revised for FDA feedback, was submitted for IRB review at a leading cancer research institution as of September 17, 2026; site initiation is now targeted for 1Q 2027. Worldwide exclusive license (expanded May 2026 from the original US/Canada/Mexico territory), with patent filings across the US, Europe, China, Japan, Canada, Australia, India, Israel, Mexico, and South Korea.
10-K, acc. 0001493152-26-014001; 8-K, acc. 0001493152-26-043051; 8-K, acc. 0001493152-26-025335
A non-psychoactive oral cannabinoid analog designed to preferentially engage CB2 receptor activity while minimizing CB1-mediated central nervous system effects. In preclinical models, MIRA-55 produced analgesic and anti-inflammatory activity without the sedation, catalepsy, or anxiogenic responses associated with THC, and in one preclinical assay showed anxiolytic activity that THC does not produce.
Positive 7-day rat and dog toxicology and toxicokinetic studies (Sept 1, 2026) characterized tolerability and informed dose selection for the next phase of IND-enabling work; earlier formulation studies (July 2026) showed favorable oral bioavailability with brain and liver distribution. Worldwide exclusive license as of June 2026.
10-K, acc. 0001493152-26-014001; 8-K, acc. 0001493152-26-040930; 8-K, acc. 0001493152-26-032777; 8-K, acc. 0001493152-26-027202 (worldwide license)
A CB1/CB2 modulator and selective MAO-B inhibitor targeting energy balance, appetite regulation, and reward/craving pathways, for weight management and nicotine dependence. Acquired via the September 29, 2025 acquisition of SKNY Pharmaceuticals (a related-party transaction; SKNY contributed $5.0 million in marketable securities at closing). In preclinical animal models, oral SKNY-1 was associated with reduced body weight, food intake, and nicotine-seeking behavior, without measurable loss of muscle mass under the conditions evaluated; preclinical findings may not be predictive of clinical outcomes.
A positive 7-day toxicokinetic study in Beagle dogs (Aug 6, 2026) showed dose-dependent systemic exposure supporting dose selection for GLP toxicology work. Worldwide exclusive license as of June 2026.
10-K, acc. 0001493152-26-014001; 8-K, acc. 0001493152-25-016168; 8-K, acc. 0001493152-26-036262; 8-K, acc. 0001493152-26-027202 (worldwide license)