Sciencing Podcast
Are black soldier flies the future of food?
February 2023
In this episode of The Sciencing Podcast, Faazi is joined by Martin Zorrilla, Chief Technology Officer at Nutrition Technologies, to talk about how the use of insects as nutrient sourced in animal feed can contribute to more sustainable and secure food production.
Animal Health
Nutrition Technologies products found to inhibit common pathogens
August 2021
BSF protein and oil are rich in putative antimicrobials such as antimicrobial peptides (AMP), biopolymers namely chitin in the case of protein, and chemical complexes that could act alone or synergically with fatty acids. Lauric Acid , a C-12 medium chain triglycerides and AMP found in BSF are vital natural and safe ingredients to remedy and prevent diseases in livestock and aquaculture, thus allowing the reduction of antibiotic use. The R&D team at Nutrition Technologies conducted ...
Organic Fertiliser
Anti-phytopathogenic properties of Frass from Black Soldier Flies (Hermetia illucens)
June 2021
The Nutrition Technologies R&D team shared exciting new research findings in the presentation titled: “ Anti-phytopathogenic properties of Frass from Black Soldier Flies (Hermetia illucens).”
The CTO, Martin Zorrilla and Research Scientist Jennifer Eyahmalay presented lab test...
An insider’s overview of the insect industry
More than a Fishmeal replacement
March 2021
Insect-based ingredients have been on most feed industry radars for a few years now, as manufacturers look for new ways to provide novel animal-based protein to diets in an effort to reduce the reliance on fishmeal. Recent successes with consumer-facing products bearing ‘insect fed and similar labels have emboldened farms and supermarkets to invest marketing into targeting higher-end, environmentally conscious shoppers, and the potential for making positive environmental impacts is drawing in investment around the world. But how prepared is the industry to support this demand, and what needs to happen before insect-based ingredients (insect meal and oil) become a staple ingredient for feed formulators around the world?
Microbiome
The origins and composition of the BSFL Microbiome
December 2020
Black Soldier Fly larvae microbiome has become the target of an increasing number of academic journal publications. These papers are always well received by us insect nerds at Nutrition Technologies because BSFL microbial ecology is central to our process and our research....
Scalability
Finding new quality control benchmark for BSF mass rearing facilities
November 2020
Throughout my PhD studies, it was clear that the amount of eggs obtained per generation varies tremendously if parameters such as pupae weight, temperature, and diet are not maintained stable. However I haven’t seen - until now - a study showing a direct impact of pupae weight on pupation rate, weight lost during pupation, egg individual weight, sex ratio, and overall production ...
Reproduction
Adult Reproductive Tract Morphology and Spermatogenesis in the Black Soldier Fly
October 2020
This article from our Technical Director, Dr Aline Malawey, exposes how BSF fertility can be improved through management methods and production design. It emphasises how advanced research is essential and necessary to develop a cutting edge insect industry...
Pets
Dogs and Cats Readily Accept Insect-Based Protein and Oil
May 2019
Dogs love it ! Tasty and healthy Black Soldier Fly protein is a great sustainable alternative to fishmeal that is both hypoallergenic and full of vital nutrients and minerals. The following article show that 20% inclusion of Black Soldier Fly protein meal in dogs' feed led to tremendous results.
Aquafeed
Replacing Fish Meal with Insect Meal in the diet of Atlantic Salmon
October 2019
Black Soldier Fly (BSF) larvae meal is a great sustainable alternative to fish meal, that not only maintains performance but also provides additional functional benefits. This interesting article shows evidence of new benefits from the use of BSF in the Atlantic Salmon diet. Arsenic levels in Salmon seem to drop substantially with the increase of BSF larvae meal inclusion in their diet.