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Astrocyte lands USD 9.5m Series B as AST-004 nears concussion data

Astrocyte lands USD 9.5m Series B as AST-004 nears concussion data

Connecticut-based Astrocyte Pharmaceuticals Inc. closed a USD 9.5 million Series B financing round led by DeepWork Capital, with funding set to support Phase II clinical development of its cerebroprotective candidate AST-004, including completion of an ongoing concussion trial.

New investors MintPharma Capital, Waterstar Capital, Dynagrow Capital, and Angel Star Ventures participated alongside existing backers. The Series B brings total capital invested in the company, including financing and grants, to USD 40 million.

AST-004 is designed to target astrocytes — the brain's primary support cells — to enhance their capacity to protect neurons and preserve brain function following acute injury. The candidate has completed two Phase I safety studies and entered Phase II development across three indications: sports-related concussion, complicated mild traumatic brain injury (TBI), and acute ischemic stroke.

Enrollment is complete in the Phase II STARFAST trial, a randomized, double-blind, placebo-controlled study evaluating AST-004 in athletes who sustain a concussion during competitive Australian Rules Football, with topline results expected this winter. Clinical results from the company's complicated mild TBI and acute ischemic stroke trials are expected after the STARFAST readout.

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Astrocyte was founded in 2014 around research from James D. Lechleiter’s laboratory at UT Health San Antonio on the role of astrocyte mitochondrial energy production in protecting neurons during acute brain injury. AST-004 emerged from that work as the active nucleoside metabolite of the P2Y1 receptor agonist MRS2365 and was subsequently developed as an adenosine A1/A3 receptor agonist designed to enhance astrocyte-mediated cerebroprotection. Preclinical studies have since shown AST-004 activity across rodent stroke, porcine TBI, and non-human primate ischemic stroke models, including reduced infarct volume in the primate study.


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