This biotechnology startup genetically engineers black soldier flies to produce omega-3 fatty acids. These enhanced insects are then used as a sustainable feed ingredient for aquaculture and livestock, offering an eco-friendly alternative for animal nutrition.
Funding
Funding not disclosed
Founders
Product
Problem
Current methods of obtaining omega-3 fatty acids for animal feed rely heavily on unsustainable fish-based extraction, contributing to overfishing and ecosystem disruption. Traditional protein sources like whey and soy also present sustainability challenges and may lack the nutritional diversity required for optimal animal health.
Solution
ZaNe Genetics utilizes genetic engineering to enhance black soldier flies (BSF), enabling them to produce essential omega-3 fatty acids. These "Omega Bugs" serve as a sustainable and nutritionally complete feed ingredient for aquaculture, livestock, and pet nutrition. By incorporating omega-3s directly into BSF, the company eliminates the need for fish-based omega-3 extraction, reducing reliance on marine resources. BSF protein offers a highly digestible and complete amino acid profile, surpassing whey and soy alternatives in sustainability and nutritional diversity. The resulting insect protein is also rich in beneficial lipids, antimicrobial peptides, and micronutrients like calcium and iron.
Target Audience
The primary target audience includes aquaculture farms, livestock producers, and pet food manufacturers seeking sustainable and nutritionally enhanced feed ingredients.
Features
- Genetically engineered black soldier flies (BSF) that produce omega-3 fatty acids
- Sustainable alternative to fish-based omega-3 extraction methods
- BSF protein with a highly digestible and complete amino acid profile
- Recycled organic materials (compost) used as feed for BSF
- Production of fertilizer as a byproduct of BSF farming
- Reduced water and land requirements compared to traditional protein sources