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Study in ACS Chemical Biology designing structure-guided mutants of bacteriophage Qβ (mQβ) as carriers for conjugate vaccines. Conjugated to tumour-associated carbohydrate antigens, mQβ elicited strong anti-TACA IgG with lower anti-carrier

Postdoc in phage engineering: The Hartmann lab at Northwestern University is seeking independent, resourceful postdoc researchers experienced in molecular biology & interested in microbial ecology and infectious disease. Potential projects

Research Fellow to focus on phage genome engineering, phage display, and directed evolution at the National University of Singapore

Felix Biotechnology, South San Francisco is hiring a scientist to join the phage engineering team.

Aa Haeruman Azam (Jichi Medical University, Japan) and colleagues published a review article in Antibiotics on current progress in phage engineering technology and its application in modern medicine.

Lawrence Berkeley National Lab (Bay Area, California) is hiring a biologist postdoctoral fellow to develop and apply methods to isolate novel phages, study host-phage interaction determinants, use viral metagenomic and metatranscriptomic da

Carlos Guerrero-Bustamante (University of Pittsburgh) and colleagues published a new paper in MBio showing their progress toward developing a phage cocktail for tuberculosis; using genome engineering and phage genetics, they have created a

Eligo Bioscience (Paris, France) is looking for a Synthetic Biologist to tackle the ambitious challenges of diving into phage genetics and engineering bacterial strains. The candidate will work hand-in-hand with our Phage Biologists and Mic

Locus Biosciences announced the completion of a phase 1b trial of CRISPR-Cas3-enhanced phage targeting E. coli in urinary tract infections. The trial met all the endpoints, and represents the first randomized, placebo-controlled trial using

Bryan Lenneman (Massachusetts Institute of Technology) and colleagues published a review on phage engineering approaches to redirect specificity and reduce resistance development. They also describe the application of designer phages as gen

Ever wondered about the biological function of genes that overlap with other genes? Bradley Wright (Macquarie University, Australia) and colleagues engineered the gene overlaps out of the φX174 phage genome and found that gene overlap was c

Andrew Favor (University of California, Berkeley and Nextbiotics, a California phage biotech company) and colleagues published a new paper in Scientific Reports on the new directed evolution-based phage engineering platform they've develope

Jessica Blair (Univ. of Birmingham) and Martha Clokie (Univ. of Leicester) are recruiting a PhD student to work on using phages to turn off bacterial efflux pumps.

Jessica Blair (Univ. of Birmingham) and Martha Clokie (Univ. of Leicester) are recruiting a PhD student to work on using phages to turn off bacterial efflux pumps.

Engineering phages is getting more popular; here's another breakthrough in phage synthetic biology! Matthew Dunne (ETH Zurich) and colleagues have developed several approaches for engineering phages targeting Gram-positive pathogens (using

Engineering phages is getting more popular; here's another breakthrough in phage synthetic biology! Matthew Dunne (ETH Zurich) and colleagues have developed several approaches for engineering phages targeting Gram-positive pathogens (using

This position will focus on developing improved reverse genetic tools for viruses using synthetic genomics and CRISPR-based tools to manipulate virus genomes and recover viable virus leading towards a more complete understanding of viruses

This position will focus on developing improved reverse genetic tools for viruses using synthetic genomics and CRISPR-based tools to manipulate virus genomes and recover viable virus leading towards a more complete understanding of viruses

Kevin Yehl of MIT and colleagues have developed a high-throughput strategy to genetically engineer host range-determining regions within phage tail fiber proteins to create libraries of millions of phages with different receptor binding cap

Kevin Yehl of MIT and colleagues have developed a high-throughput strategy to genetically engineer host range-determining regions within phage tail fiber proteins to create libraries of millions of phages with different receptor binding cap