This Phase 1 MAD/biomarker study will investigate three critical aspects to inform future clinical trials: the effect of food intake on SAN711 dosing, the safety and tolerability as well as the potential benefits of higher doses using clinically relevant pharmacodynamic biomarkers.

These insights will refine the dosing strategy for future patient studies as the Phase 1 MAD/biomarker study will assess the safety, tolerability, and pharmacokinetics of SAN711 in higher doses than those used in the previous Phase 1 study, while gathering data on food interactions and the drug's pharmacodynamic effects on EEG during both awake and sleep states in healthy volunteers.

Saniona’s earlier Phase 1 study demonstrated excellent tolerability and indicated potential therapeutic benefit at relevant clinical plasma concentrations. The current study builds on these findings by exploring whether higher doses can offer even greater potential without compromising safety.

Additionally, preclinical data suggests that SAN711 selective pharmacology modulates certain brain circuits, which can be detected via EEG measurements during both awake and sleep states. This not only serves as a functional biomarker of SAN711’s activity in the brain but may also indicate potential benefits for patients in future studies.

The study is being conducted in collaboration with Evotec at the Clinical Research Centre (CRC) of the University Hospital in Verona, Italy. Both Evotec and CRC bring extensive expertise in neurological and psychiatric clinical research, which will support the successful execution of the study.