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We carry out academic phage research.

The lab specializes in making radical changes to phage genomes to understand their biology and learn how to engineer phage for useful purposes such as therapeutics. We are also combining orthogonal tRNAs and phage to enable better biocontai

The Kauffman Lab at the University at Buffalo School of Dental Medicine studies how viruses and mobile elements shape microbial communities, from the ocean to the human microbiome, including the phages and mobile elements of Porphyromonas g

New lab, established 2024. Interested in phage therapy, phage-host interactions, animal models

Phage isolation and genomic organization analysis Jember ID

Prof Rob Kingsley's research group at the Quadram Institute Bioscience in Norwich combines bioinformatics, genomics, molecular microbiology and models of infection to study bacterial foodborne pathogens, including genes that affect phage se

Our goal is to establish the use of phages in veterinary medicine to promote animal health, food safety and fight antimicrobial resistant bacteria, promoting public health in a One Health approach. We are working closely with various stakeh

Hari Kotturi, Ph.D., Professor of Microbiology at the West Virginia School of Osteopathic Medicine, has published on mycobacteriophages, including isolating four from Oklahoma soil and testing their infectivity against Mycobacterium abscess

At Laboratorio de Bacteriófagos y sus Aplicaciones Biotecnologicas (LBAB) run by Mariana Piuri, we work with bacteriophages of lactobacilli and mycobacteria. We developed a diagnosis kit for tuberculosis and a drug-discovery tool using repo

The Laboratório de Microbiologia Aplicada is a lab at the University of Aveiro. Member Adelaide Almeida's recent papers cover photodynamic inactivation of bacteria, including Vibrio anguillarum in aquaculture, and include a phage-based appr

Current field of research: • immune response to bacteriophage as it relates to phage therapy trials; • phage pharmacokinetics and phage effects on mammalian systems and cells; • molecular determinants of innate and adaptive immune responses

Our laboratory addresses antibiotic resistance using advanced systems and synthetic biology. We developed a functional metagenomic method with engineered bacteriophages to study antimicrobial resistance and horizontal gene transfer. Our wor

The Leptihn Lab's research is in membrane biochemistry and bacteriophages, including phage therapy.

Bruce R. Levin, of Emory University's Department of Biology, describes his research as mathematical and computer simulation modeling and experiments on the population and evolutionary biology of bacteria and their viruses and accessory gene

The Lindström Lab is a research group at the University of Helsinki on spore-forming and cold-tolerant foodborne pathogens, including Clostridium botulinum, Clostridium perfringens and Listeria monocytogenes. Postdoctoral fellow Cédric Woud

The Lu Lab's Synthetic Biology Group, led by Professor Timothy K. Lu at the RLE at MIT, examines ideas on how to engineer living systems, including engineering phages to infect and destroy pathogenic bacteria.