Perceive Biotherapeutics

Perceive Biotherapeutics

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Private Company

Total funding raised: $90M

Overview

Perceive Biotherapeutics is a private, preclinical-stage biotech founded in 2021 and based in Cambridge, Massachusetts. The company is built upon exclusive access to foundational research on two of the strongest protective biological pathways in retinal degeneration. Led by a seasoned team with extensive experience in ophthalmology and drug development, Perceive Bio is advancing a diversified pipeline aimed at halting vision loss in conditions like dry AMD. The company is currently preparing its lead programs for clinical entry.

OphthalmologyRetinal Degeneration

Technology Platform

A proprietary platform based on exclusive access to deep genetic insights and decades of academic research elucidating two of the strongest protective biological pathways in retinal degeneration. The company employs multiple therapeutic modalities to drug these validated targets.

Funding History

2
Total raised:$90M
Series B$78M
Seed$12M

Opportunities

The primary opportunity lies in addressing the massive unmet need in dry AMD, a multi-billion dollar market with no approved disease-modifying therapies for most patients.
Success in neuroprotection could create a platform therapy applicable across multiple retinal diseases, including glaucoma and inherited disorders, further expanding the addressable market.

Risk Factors

Key risks include the high failure rate of preclinical programs, the challenge of translating protective biology into effective human therapeutics, intense competition in the ophthalmic space, and dependence on raising significant capital to fund expensive clinical trials without current revenue.

Competitive Landscape

Perceive Bio operates in the highly competitive retinal disease space, facing large pharmaceutical companies (e.g., Roche/Genentech, Apellis, Iveric Bio/Astellas) and numerous biotechs targeting dry AMD via complement inhibition, neuroprotection, gene therapy, and other modalities. Differentiation relies on its novel protective targets and genetic validation.