LaserLarvae

The goal of the LaserLarvae project is to increase the productivity of the BSF business by creating a prediction model for IR spectroscopy that evaluates the nutritional value of live, uncleaned BSF larvae. This novel method seeks to offer a rapid, affordable substitute for the precise, yet lengthy and costly, classic chemometric analysis. Through the identification of the protein and fat content of BSF larvae, which are high in fat (35–55%) and protein (35–50%), this technique has the potential to greatly enhance the management of insect production and selective breeding. In addition to revolutionizing BSF production, the success of LaserLarvae could expand the applications of IR analysis to a wider range of species, in line with evolving customer preferences and sustainability objectives.

FLYgene

This project aims to enhance the Black Soldier Fly (BSF) breeding programs in Kenya and Uganda by examining the genetics, genomics, and phenomics of the species. A interdisciplinary team of dietitians, geneticists, and entomologists is developing revolutionary BSF phenotyping and identification tools. Using high-throughput phenotyping approaches previously used in agricultural and animal breeding, the research explores image-based methodologies for BSF phenotyping under real-world rearing conditions. Whole-genome sequencing will also be used to investigate the genetic diversity of BSF in the two countries, offering direction for creating sustainable breeding programs that maintain this diversity.

FLYBREED

The initiative intends to establish Denmark as a pioneer in sustainable insect protein and waste recycling by increasing the efficiency of Danish BSFL protein production through focused breeding. It aims to develop BSFL production by interdisciplinary collaboration in animal science, genetics, and breeding across industry and academia. Through the effort, BSFL strains that digest Danish residuals efficiently will be developed, promoting environmentally responsible practices. Anticipated results include a breeding plan that doubles the development and production of larvae, establishing Denmark as a leader in the worldwide insect industry, and possibly lowering CO2 emissions in the chicken industry by 82,070 tonnes by substituting BSFL protein for soy.