Leveraging our Human-First Discovery platform,
we are developing a novel class of orally administered biological drugs with the potential to restore microbiome functionality and resolve conditions driven by microbiome disruption. Our diverse and growing pipeline includes product candidates targeting gastrointestinal diseases, such as recurrent C. difficile infection and inflammatory bowel disease, as well as product candidates aimed at conditions that go beyond the gut, such as autism spectrum disorder.
CP101 for recurrent C. difficile infection (CDI)
Our lead product candidate, CP101, is an investigational orally administered, Complete Consortia therapeutic initially targeting the prevention of recurrent CDI.
The Centers for Disease Control and Prevention considers CDI to be one of the top three most urgent antibiotic resistant threats and the most common cause of healthcare associated infection in the United States.
The Unmet Need
- C. difficile is a gastrointestinal pathogen that can cause severe, persistent, and potentially life-threatening inflammation of the colon and diarrhea
- >450,000 cases of primary CDI and approximately 200,000 cases of recurrent CDI annually in the US, collectively resulting in more than 44,000 CDI-attributable deaths per year
- Recent antibiotic use disrupts the microbiome and puts individuals at risk for developing recurrent CDI
- The current standard of care for recurrent CDI is antibiotic therapy, which leads to high rates of recurrence as antibiotics fail to address the underlying microbiome disruption that leads to recurrence
- There is an urgent unmet need for a drug that restores the microbiome and breaks the cycle of recurrence early
CP101 for Recurrent CDI
- Oral delivery of a lyophilized, intact microbiome community harvested from rigorously screened healthy, human donors and formulated in capsules designed to release at the appropriate location in the gastrointestinal tract
- Designed to prevent recurrent CDI by restoring microbiome diversity, addressing the dysbiosis that leads to recurrence
- CP101 met its primary efficacy endpoint in PRISM3, the first of two planned pivotal, randomized, placebo-controlled, multi-center trials in recurrent CDI — overall, 74.5% of participants who received a single administration of CP101 achieved a sustained clinical cure, defined as the absence of CDI through week 8, achieving statistical significance for the primary efficacy endpoint, with a clinically meaningful 33.8% relative risk reduction for CDI recurrence compared to placebo
- CP101 is the only orally administered, microbiome therapeutic candidate drug in development that achieved its primary endpoint in a pivotal trial that included patients across all stages of recurrent CDI, including first recurrence
- Awarded Fast Track and Breakthrough Therapy designations by the FDA for the prevention of recurrent CDI
FIN-211 for autism spectrum disorder (ASD)
FIN-211 is an investigational orally administered, Enriched Consortia therapeutic designed to address both the gastrointestinal (GI) and behavioral symptoms of ASD.
ASD is a behaviorally defined condition characterized by difficulties with interpersonal interaction, communication, and repetitive or restrictive patterns of behavior and activities. A subset of individuals with ASD experience significant GI symptoms, with the most common GI symptom being constipation.
The Unmet Need
- 1:44 children affected by ASD in the US
- >30% of individuals with ASD suffer from GI symptoms
- >$100 billion spent on care for individuals with ASD in the US each year
- Zero FDA-approved therapies for the core symptoms of ASD, as well as a lack of effective treatments for GI symptoms
FIN-211 for ASD
- Oral delivery of a complete microbiome community that is enriched with targeted microbes
- Designed to address GI and behavioral symptoms by targeting multiple ASD-relevant pathways
- Development program builds off mechanistic data and five investigator-sponsored, proof-of-concept clinical studies showing improvement in both GI and behavioral symptoms following microbiota transplantation