?? Exciting PhD Opportunity in Sustainable Protein Innovation! ????
Are you passionate about # alternativeproteins , # sustainability , and # cutting -edge research? Do you want to be at the forefront of transforming the # insectindustry and unlocking the potential of # BlackSoldierFlylarvae (BSFL) as a next-generation protein source? If so, this PhD position is for you!
We are thrilled to announce a fully funded PhD opportunity in collaboration with Julian Knight Fairman Knight and Sons UK Limited and the National Alternative Protein Innovation Centre (NAPIC) . This research will delve into the # proteinquality , # functionality , and # bioactive potential of BSFL, driving innovation in the # insect -based protein sector and supporting the global shift toward sustainable food solutions.
Why this research matters:
?? Pioneering scientific discovery – advancing our understanding of insect proteins and their bioactive properties.
?? Tackling global food security – insects are a sustainable, high-protein alternative that can revolutionize the food industry.
?? Industry collaboration – working alongside leading experts ( Gesa Dr Reiss and Christine Bösch ) and industry partners to drive real-world impact.
This is an incredible opportunity to join a dynamic, multidisciplinary team and contribute to a fast-growing field with immense commercial and societal relevance.
?? Interested? Apply now! ??
Let’s shape the future of sustainable proteins together! ???? # PhDOpportunity # SustainableProtein # AlternativeProteins # InsectIndustry # BlackSoldierFly # FoodInnovation # FutureOfFood # NAPIC

Fairman Knight and Sons UK Limited are very proud and happy to be launching a PhD position at University of Leeds to start later this year 2025.

The aims of the study have been summarised by Alan Javier Hernandez Alvarez :
“Harnessing the Power of Black Soldier Fly Larvae for Bioactive Peptide Discovery”
This project aims to explore the potential of Black Soldier Fly Larvae (BSFL) as a sustainable source of bioactive peptides, with a focus on antimicrobial peptides (AMPs). Specifically, we will investigate how different feedstocks influence the production of AMPs, both those naturally produced in situ by the larvae and those generated through enzymatic-assisted hydrolysis. Additionally, we will assess the impact of BSFL-derived bioactivities on the pig microbiome, examining their potential role in modulating gut microbial composition and enhancing gut health. This study integrates bioprocess optimization, peptide characterization, and microbiome analysis, contributing to the development of novel functional ingredients for livestock health and disease prevention.

This is a hugh inflexion point for studies in regards to Black Soldier Fly Larvae and the highly important antimicrobial peptides they yield and in the context of the new Department for Environment, Food and Rural Affairs legislature in regards to Animal Feeds this is hopefully ground breaking and immediately transferable into the UK Agricultural sector.

Copper Fly Mouche Bouche Whey to Fly Protein Bars

Thanks to Alan Javier Hernandez Alvarez Gesa Dr Reiss and KIERAN TUOHY Christine Bösch
William Fairman Erika Knight (Fuchs) Edward Hauck Bodhi Hillyer Knight

# UKInsectFarming
# Circulareconomy
# BlackSoldierFly
# Antimicrobialpeptides