Biolyth Technology
The future of aquaculture needs bold solutions. At Biolyth, we’re building genetic tools to help fish grow faster, use less feed, and thrive in a changing world—because feeding the planet shouldn’t come at the ocean’s expense.
Our work bridges science and sustainability, designing smarter ways to make aquaculture more efficient, scalable, and resilient. We’re just getting started—and we’re inviting you to be part of it.
Field Notes
-
We Got Funded: A New Chapter for Biolyth
Big news. We’re thrilled to announce that Biolyth has been awarded a grant from Emergent Ventures to explore a new approach to genetic engineering. This support is more than just...
We Got Funded: A New Chapter for Biolyth
Big news. We’re thrilled to announce that Biolyth has been awarded a grant from Emergent Ventures to explore a new approach to genetic engineering. This support is more than just...
-
Rethinking Growth in Aquaculture
Fish farming is essential for feeding the world but the way we grow fish today isn’t as efficient as it could be. Aquaculture faces some tough challenges:🐟 Slow growth rates.💸...
Rethinking Growth in Aquaculture
Fish farming is essential for feeding the world but the way we grow fish today isn’t as efficient as it could be. Aquaculture faces some tough challenges:🐟 Slow growth rates.💸...
-
Why We Started
Can we feed a growing world without harming the ocean? At Biolyth, we believe the answer lies in smarter, more sustainable aquaculture—and it starts with the fish.
Why We Started
Can we feed a growing world without harming the ocean? At Biolyth, we believe the answer lies in smarter, more sustainable aquaculture—and it starts with the fish.
Our Mission
At Biolyth, we’re developing next-generation genetic tools to make fish farming more efficient, sustainable, and scalable. Our goal is to unlock growth pathways that help fish thrive reducing feed costs, speeding up development, and easing the pressure aquaculture puts on wild ecosystems.
Our work is designed to adapt across key species like tilapia, barramundi, and milkfish, with the long-term vision of supporting conservation hatcheries and food systems around the world.
Current Research
At Biolyth, we’re focused on unlocking the genetic potential of aquaculture species. Our current research explores how targeted gene overexpression in zebrafish can drive faster growth and greater resilience—traits that could transform the future of fish farming.
We’re testing muscle-specific genetic constructs to safely boost growth without unintended side effects, laying the groundwork for a new generation of high-performance broodstock. This is the first step in building a platform that could help aquaculture operations produce more fish with fewer resources—feeding a growing planet while protecting ocean ecosystems.