Successful infection by a bacteriophage requires the injection of the phage genome into the cytoplasm of the host bacterium. To achieve this, an infec…

Baylor College of Medicine is collaborating with Phiogen Inc., a pre-clinical-stage biopharma company developing bacteriophages as first-in-class immunizing...

A NIH proposal to conceal reviewer rankings of investigator-initiated research grants is ripe for misuse & demands a collective response (by October 13).

This Ink Paintings item is sold by artologica. Ships from United States. Listed on Jun 26, 2026

A UK-wide network bringing together farmers, veterinarians, industry, researchers and policymakers has secured new investment to turn the priorities identified by the agrifood sector into practical…

ClearColi, an endotoxin-reduced E. coli strain, produces phages with similar yields to standard hosts, simplifying downstream purification.

The move, affecting about one-fifth of the National Science Foundation’s primary research budget, is the latest sign of how the White House is asserting more control over grants.

To get to the bottom of this perplexing behavior, Science interviewed the agent

Van Cleve Research Group – theoretical evolution & ecology at the University of Kentucky

Bienvenue sur le site du réseau “Phages.fr” Le réseau “Phages.fr” regroupe des scientifiques qui travaillent sur les thématiques incluant les bactériophages dont l’étude des structures, interactions moléculaires & cellulaires, écologie & évolution, thérapie phagique et biocontrôle en santé humaine, végétale & animale et industrie ainsi que des Sciences humaines et sociales. Ces scientifiques appartiennent à différents instituts publics français de recherche tels que CNRS (principal financeur), INRAE, INSERM, ANSES, Institut Pasteur mais aussi de nombreuses universités (Bordeaux, Lyon, Marseille, Montpellier, Nancy, Paris, etc) et hôpitaux, avec aussi la participation de membres d’entreprises.

A genome-wide knockout screen of bacteriophage DruSM1 identifies genes that counter diverse bacterial defense systems, revealing how phages adapt to bacterial diversity.

A technique enabling phage transposon mutagenesis and sequencing reveals previously unknown non-essential and fitness-conferring genes in both jumbo phages and base-modified phages.

Viral-induced DNA damage triggers both eukaryotic and prokaryotic innate immunity. Here, we report that self-DNA ends generated routinely during normal termination of bacterial replication suffice to ...