Drugs / BMS-986368
last change Jul 2026 re-read 2 minutes ago

BMS-986368

also known as CC-97489

targets FAAH via inhibition

Developed for
multiple sclerosis
Investigated by
Celgene Corporation · Alberto Esquenazi · Bristol Meyer Squibb

Trials 9 · a red edge is where a trial was stopped

PhaseRegistry idDatesIndicationSponsorStatusOutcome
Phase 16 trials
Phase 1 NCT07700329 Jan → Feb 2027 expected Celgene Corporation Not yet recruiting No outcome recorded
Phase 1 NCT06411730 May → Oct 2024 Celgene Corporation Completed No outcome recorded
Phase 1 NCT06170723 Mar → May 2024 Celgene Corporation Completed No outcome recorded
Phase 1 NCT06227975 Feb → Apr 2024 Celgene Corporation Completed No outcome recorded
Phase 1 NCT05065541 Sep 2021 → Jan 2024 Celgene Corporation Completed No outcome recorded
Phase 1 NCT05099822 Mar 2020 → Jul 2022 Celgene Corporation Terminated No outcome recorded
Phase 23 trials
Phase 2 NCT07704840 Jul 2026 → Jun 2027 expected Alberto Esquenazi Not yet recruiting No outcome recorded
Phase 2 NCT06808984 Jun 2025 → Nov 2027 expected Alzheimer disease Celgene Corporation Recruiting No outcome recorded
Phase 2 NCT06782490 Jun 2025 → May 2027 expected multiple sclerosis Celgene Corporation Recruiting No outcome recorded

Evidence & citations 5 cited values

Every value below carries the sentence it was read from. 9 sources stand behind the page.

FieldValueCited text
Known as BMS-986368 ClinicalTrials.gov intervention name — accepted as the source's own label NCT06808984
6

NCT07700329

NCT06227975

NCT06170723

NCT06411730

NCT07704840

NCT06782490

Known as CC-97489 ClinicalTrials.gov intervention name — accepted as the source's own label NCT05099822
1

NCT05065541

Action Inhibit “BMS-986368, a FAAH/MAGL Inhibitor” NCT06782490
Route Oral oral administration of single and multiple doses of CC-97489” NCT05065541
Target FAAH “BMS-986368, a FAAH/MAGL Inhibitor” NCT06782490