Black soldier fly
This insect is popular due to its ability to convert low-value biomass (e.g. waste) into high-value components such as ...
project
Hermetia screening services
Streamlining Strain Identification and Management
Groundbreaking research into the genetics of the black soldier fly
Supported by
IOF C3
Project summary
This project focuses on facilitating the use and identification of Black Soldier Fly (BSF) strains to enhance the long term economic viability of BSF production as a sustainable source of biomass. The aim is to create a detailed "passport" for each strain, including genetic background, growth traits, and microbiome profiles. Through sequencing ten BSF strains and analyzing gene-environment interactions, the project will establish a comprehensive reference for strain identification and performance. By advancing strain management and preservation techniques, the project will facilitate the commercial distribution of high-performance BSF strains. This will provide the industry with a reliable tool for selecting and utilizing strains effectively, ultimately improving efficiency and profitability in BSF farming.
Project objectives
The project aims to optimize and standardize the characterization and management of black soldier fly (BSF) larvae, with the goal of applying this knowledge toward the valorization of improved strain performance across various rearing conditions and commercial applications. By focusing on genetic sequencing, strain management, and gene-environment interactions, the project seeks to establish a robust framework for breeding high-performance BSF strains and effectively commercializing them. To achieve this, the project is structured around the following key objectives:
• Genetic sequencing and identification: To perform comprehensive genetic sequencing of 10 BSF strains currently maintained at the Insect Pilot Plant to precisely identify and characterize their genetic basis. This foundational knowledge will support the valorization of specific BSF strains by enabling more precise strain identification and health monitoring, which are critical for commercial breeding and production.
• Strain management and preservation: To assess and optimize strain management practices, including effective population size and preservation techniques. By ensuring genetic stability and maintaining strain quality, this objective directly supports the long-term commercial viability of BSF production, allowing for sustainable and consistent output.
• Gene-environment Interactions (G&E) and microbiota: To explore and refine gene-environment interactions by linking multiple generations of BSF strains to various commercially valuable characteristics. This includes integrating microbiota data to understand its impact on larval performance and adaptation, enabling the industry to tailor rearing conditions for optimized commercial yields.
• Consolidation and business planning: To transform the project’s findings into a viable strategy, focusing on market positioning, client identification, and protecting proprietary assets. This objective aims to establish a clear path for generating industrial collaboration and income while preparing for future collaborations and funding opportunities
Related research lines
