Canada Invests $892,122 in AI-Driven Antimicrobial Peptide Research to Combat Antibiotic Resistance in Poultry
核心洞察
The Government of Canada announced up to $892,122 in funding for Amphoraxe Life Sciences Inc. (搜索) to develop antimicrobial peptide (AMP) formulations as alternatives to conventional antibiotics in poultry production.
The project will develop and test up to ten AMP-based candidate formulations targeting Avian pathogenic E. coli (搜索) and Salmonella Enterica (搜索) using sustainable production methods.
The research leverages advanced genomics, artificial intelligence, and peptide engineering to create a new toolbox for farmers to maintain flock health without traditional antibiotics.
The Government of Canada has committed up to $892,122 to Amphoraxe Life Sciences Inc. (搜索) for the development of novel antimicrobial peptide (AMP) formulations designed to replace conventional antibiotics in poultry production. The investment, announced on June 22, 2026, by Wade Grant, Member of Parliament for Vancouver Quadra, on behalf of Agriculture and Agri-Food Minister Heath MacDonald, comes through the AgriScience Program – Projects Component under the Sustainable Canadian Agricultural Partnership (Sustainable CAP).
The Vancouver-based biotechnology company will leverage advanced genomics, artificial intelligence, and peptide engineering to develop and rigorously evaluate up to ten candidate AMP formulations. These formulations target two significant pathogens in poultry: Avian pathogenic E. coli and Salmonella Enterica. The project will employ sustainable production methods and confirm both the safety and effectiveness of the candidates for use in poultry.
Addressing a Pressing Agricultural Challenge
Antimicrobial resistance (AMR) has steadily eroded the effectiveness of antibiotics that poultry producers have relied on for decades, creating an urgent need for alternative interventions. "Antimicrobial resistance is steadily eroding the effectiveness of the antibiotics poultry producers have relied on for decades," said Dr. Inanc Birol, Scientific Lead, Distinguished Scientist at BC Cancer, Professor of Medical Genetics at the University of British Columbia, and CSO of Amphoraxe Life Sciences Inc. (搜索) "With this project, we are using advanced genomics, AI, and peptide engineering to build a new, Canadian-made toolbox so farmers can keep flocks healthy, protect food safety, and stay competitive without depending on traditional antibiotics."
The initiative directly supports Canada's broader strategy to ensure the long-term sustainability and resiliency of the national food system. By advancing science-based alternatives to antibiotics, the project aims to help farmers maintain healthy flocks, reduce dependence on traditional antibiotics, and address the growing challenge of AMR.
Collaborative Research Framework
The project represents a collaboration between Amphoraxe Life Sciences Inc. (搜索), the Provincial Health Services Authority, and the University of Victoria. This multi-institutional partnership underscores the coordinated effort required to translate strong science into practical, real-world products.
Fatih Birol, CEO of Amphoraxe Life Sciences Inc. (搜索), emphasized the economic and public health dimensions of the work: "Support like this helps Canadian companies turn strong science into real products that benefit farmers and consumers. By advancing peptide-based alternatives to antibiotics, we can tackle antimicrobial resistance while building high-value jobs and exportable technologies here in Canada."
Funding Context
The investment is part of the Sustainable Canadian Agricultural Partnership, a $3.5-billion, 5-year agreement spanning 2023 to 2028 between federal, provincial, and territorial governments. The AgriScience Program, housed within Sustainable CAP, is specifically designed to accelerate innovation by providing funding and support for pre-commercial science activities and research that benefits the agriculture and agri-food sector and all Canadians.
Minister Heath MacDonald reinforced the government's commitment: "Investing in research that supports new, science-based tools for Canadian farmers and food producers is critical as we work to address antimicrobial resistance. Projects like this will help farmers protect poultry health, strengthen food safety, and reduce the need for antibiotics in our food system."