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Rebekah Dedrick (University of Pittsburgh) and colleagues published a new paper in Nature Medicine on how antibody-mediated neutralization limited phage treatment of a pulmonary M. abscessus infection. They used the same phages that worked

The Roach lab at San Diego State University is recruiting a postdoc to work as part of a highly interactive multidisciplinary research team focused on deciphering how the mammalian immune system directly interacts with phages and the potent

Medeea Popescu (Stanford University) and colleagues published a new review in Annual Review of Virology covering what is currently known about phages and the immune system.

Aurélie Fluckiger (Gustave Roussy Cancer Campus, France) and colleagues published a new paper in Science showing cross-reactivity between tumor antigens and the tape measure protein encoded by an Enterococcus hirae prophage. Administering e

Could phage therapy target bacterial meningitis? Christian Møller-Olsen (University of Warwick, UK) and colleagues have shown that phage K1F can infect E. coli within cerebral endothelial cells without eliciting an inflammatory response. Th

Dr. Laurent Debarbieux, Paris, France We are seeking a postdoc to join an NIH supported project on phage therapy to investigate the role of the immune system during the treatment of pneumonia initiated by the opportunistic pathogen Pseudomo

Dr. Laurent Debarbieux, Paris, France We are seeking a postdoc to join an NIH supported project on phage therapy to investigate the role of the immune system during the treatment of pneumonia initiated by the opportunistic pathogen Pseudomo

Nicolas Dufour of the Institut Pasteur and colleagues have shown that lysis of E. coli by phages in mice (as a treatment for pneumonia) did not increase innate inflammatory responses compared to an antibiotic treatment.

Nicolas Dufour of the Institut Pasteur and colleagues have shown that lysis of E. coli by phages in mice (as a treatment for pneumonia) did not increase innate inflammatory responses compared to an antibiotic treatment.

Johanna Sweere and colleagues just published a very exciting paper today in Science! A temperate filamentous phage of Pseudomonas aeruginosa dampens the immune response against P. aeruginosa, which leads to increased P. aeruginosa virulence

Johanna Sweere and colleagues just published a very exciting paper today in Science! A temperate filamentous phage of Pseudomonas aeruginosa dampens the immune response against P. aeruginosa, which leads to increased P. aeruginosa virulence