AI × Biology × Gene Editing
Identify the specific gene sequences that cause inherited diseases through generational transmission. Our AI models analyze genomic data to pinpoint mutations, enabling targeted gene editing interventions that can stop hereditary diseases before they manifest.
Pioneering AI-driven research in tissue regeneration and cellular reprogramming. Our algorithms model complex biological processes to accelerate discoveries in stem cell therapy, organ regeneration, and age-related disease reversal.
Environmental DNA (eDNA) analysis of marine ecosystems using machine learning. Track biodiversity, detect invasive species, and monitor ocean health through water sample analysis — preserving our planet's most mysterious frontier.
Exploring the intersection of quantum physics and oncology. Using AI to model quantum wave mechanics at the molecular level, we're investigating novel approaches to cancer treatment that operate at the fundamental physics of cellular behavior.
“The code of life is the most elegant program ever written. Our mission is to learn its syntax, understand its logic, and when necessary — debug its errors.”
— Anbu Malligarjun, Founder
The tools and frameworks powering our research
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