Follow the Money: OMass Raises Series C, Pathos AI Drug Development, Owkin Alums Launch Rivercell

Oct 28, 2026
silhouette of a drug compoundAI-generated from publicly available materials.

Recent funding rounds in the life sciences sector highlight significant advancements in drug development and innovative therapies.

OMass Therapeutics has successfully secured $310 million in a Series C funding round, aimed at advancing its programs for congenital adrenal hyperplasia, Cushing's syndrome, and lupus. This financing will support the progression of OMS1620, an MC2 receptor antagonist, through Phase 2 trials, as well as the development of a potential first-in-class SLC15A4 inhibitor targeting interferon-driven diseases. The investment comes from a diverse group of investors, including Bain Capital Life Sciences and Forbion.

In another noteworthy development, Pathos has raised $237 million in Series E funding, primarily to enhance its AI-driven oncology pipeline. The company’s Foundry platform employs advanced AI to optimize clinical trial design and patient selection. This funding will facilitate the advancement of multiple oncology assets, including a bispecific ADC for cancer treatment and various targeted therapies for prostate cancer and multiple myeloma.

Additionally, Matchpoint Therapeutics has closed a $150 million Series B round to develop oral therapies for autoimmune diseases. Their lead asset, MPT-062, is an oral T cell modulator expected to enter clinical trials in 2027. The trend of financing for innovative therapies is further emphasized by Soufflé Therapeutics, which raised $135 million to advance its siRNA programs for conditions like facioscapulohumeral muscular dystrophy and heart failure.

These funding initiatives underscore a growing confidence in the life sciences sector, particularly in the context of precision medicine and AI applications. As these companies progress through clinical trials, their advancements could redefine treatment paradigms across various diseases.

Read the original article: Bio-IT World