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Our research interest focuses on the isolation and genetic characterisation of bacteriophages that infect both clinically important bacteria and environmental bacteria and ways they can be used or manipulated in phage therapy or biocontrol.

The PhaBRIC lab addresses key biologic questions concerning the interaction of phages with their bacterial hosts. As a major research topic, the lab seeks to understand the action of phage proteins that disrupt the bacterial cell envelope,

We focus on the study and application of bacteriophages to combat bacterial infections.

We are a research group started working on bacteriophages from 2013 and have developed a good progress till yet. Uptill now we have gathered expereince to work for phage isolation, characterization and genomic analysis against Pseudomonas a

Bacteriophages are predators of bacteria that specifically infect and kill their host bacteria. Therefore, phages select for new genetic and phenotypic bacterial variants, thereby influencing the biology and evolution of bacteria. Our goal

Phage isolation and characterization. Endolysin protein characterization.

I have a large collection of Staphylococci that I have isolated from white tail deer, Odocoileus virginianus. In the past few years my lab has isolated a number of phage from this collection. I am willing to collaborate with anyone related

The Raman Lab decodes how sequence encodes function and uses those rules to engineer biology, including programmable proteins and phages. Its platforms include deep mutational scanning, barcoded libraries and machine learning models.

In the Ramsey lab, we will use molecular virology and genomic tools in both phage newly isolated from the environment and model phage systems to answer fundamental questions about how phage kill bacteria. In addition to isolation, sequencin

The bacteriophage and phage therapy laboratory at CHUV in Lausanne develops new therapeutic phages and phage lysins using a rational approach. It works on alternatives to antibiotics, given the spread of multidrug-resistant bacteria.

The BIT Lab at San Diego State University uncovers bacteriophage biology, deciphers phage–host immune interactions, and explores new therapeutic strategies to fight antibiotic-resistant infections.

The Sagona lab at the University of Warwick studies the mechanisms of bacterial infection and phage therapy inside mammalian cells. It engineers optimized phages and develops a mammalian-cell model system for phage therapy.

access to data sets with respect to aquaculture and poultry value chain, environmental samples, collaboration in product development and commerccialisation.

Sanitation Biotechnology at Amrita Vishwa Vidyapeetham's Amritapuri campus develops bacteriophage and similar biocontrol technologies for disinfection, aimed at developing nations where poor sanitation causes malnutrition. Amritapuri IN

The Santini Lab at UCL studies how microorganisms and their viruses influence health and the environment. It has advanced bacteriophage biology, including megaphages in gut microbiomes, and is exploring phage therapy against antimicrobial r

Dominic Sauvageau's team at the University of Alberta studies host-bacteriophage interactions from an engineering perspective, including phage adsorption kinetics, virulence and population dynamics, alongside bioprocessing in microbial syst

The Schildbach lab at Johns Hopkins University studies bacterial conjugation, the transfer of a plasmid from one bacterium to another. Its current focus is the DNA nicking and initiation of transfer of F plasmid.