Biolyth is advancing aquaculture to meet the demands of a changing world. We develop genetic innovations that strengthen food security, reduce pressure on wild fish populations, and provide sustainable alternatives to destructive fishing practices.
Biolyth is developing the next generation of genetic innovations for aquaculture. Our research focuses on creating resilient, high-performing fish lines that reduce reliance on wild stocks and expand sustainable food production.
Developing tools that help fish reach market size faster, reducing cost and feed use.
Helping farmed fish perform under real-world stressors like temperature swings, handling, and transport.
Reducing reliance on broad-spectrum antibiotics and cutting preventable losses from disease.
Strengthening the world’s protein supply with aquaculture that can scale sustainably as wild harvests decline.
Shifting demand away from fragile wild stocks toward environmentally friendly, sustainable farms.
Supporting aquaculture systems that thrive in a changing environment.
Biolyth provides professional, on-site microinjection and genetic support — built for labs, hatcheries, and partners who need precise results without standing up new infrastructure.
Vectors and embryos are high-value resources. We bring a complete mobile workstation and trained expertise to deliver consistent results, ensuring your investment is protected at the final step.
Request info →Promoters, ORFs, and screening plans tailored to your species and constraints.
Request info →On-site instruction for faculty and students in microinjection, embryo handling, needle pulling, and screening workflows. We bring the rig, provide SOPs, and deliver hands-on practice so your lab can build lasting capability.
Request info →We’re building from proof-of-concept toward applied impact. Each project reflects a step in developing genetic tools that make aquaculture more sustainable.
Biolyth is a biotechnology company developing genetic tools to make aquaculture more sustainable and scalable. We operate deliberately lean, directing resources into research and technical development. Our approach is to prove concepts quickly in zebrafish and translate validated modules into food species through partnerships.
biolythtechnology@gmail.com • Melbourne, FL
SOPs, safety docs, and vector maps available on request.
