Dyno Therapeutics (AAV capsid design), Profluent Bio (protein/gene editing AI), Basecamp Research (biodiversity-driven genomics).
Genscript, Twist Bioscience (DNA synthesis).
Google DeepMind (AlphaGenome, AlphaFold), Microsoft Research (biological foundation models).
Broad Institute (Malinois model), UCSF gene therapy programs.
Axis model outperforms DeepMind's AlphaGenome by 6.7% on regulatory DNA activity prediction. Free API access for researchers builds a community moat while pharma partnerships monetize. Proprietary training data on enhancer and promoter sequences is the core barrier; Dr. Manolis Kellis (MIT, 85K+ citations) as advisor adds scientific credibility.
Using generative DNA sequence design with transformers, self-improving biological data loops, and predictive off-target risk modeling for safety.
Simulates human biology with AI to predict drug effects and run virtual trials.
Google CEO Sundar Pichai highlighted their C2S-Scale 27B model for generating a novel cancer hypothesis that was later validated experimentally. CellType simulates human biology to predict drug effects using foundation models presented at ICML 2024, with all deals coming inbound from top-10 pharma. Yale professor turned down Google to build it.
Mines parasite genomes to discover protein therapeutics for autoimmune diseases.
Parasites evolved to suppress human immune responses over millions of years. Ditto mines their genomes for immunomodulatory proteins, and over 98% of those proteins remain uncharacterized. Three PhDs from Harvard, Berkeley, and UCSF with 40+ years of combined expertise in host-parasite biology.
Automates surgical planning for orthopedic procedures from CT scans using agentic AI.
Surgical planning for shoulder replacements takes hours of manual CT scan interpretation. Mango automates it in seconds via API, already past $500K ARR before demo day, with an 8-figure LOI from a leading orthopedic company. Only company in YC W26 pursuing FDA 510(k) clearance.