Search

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

The Jaschke lab at Macquarie University (Sydney, Australia) has an opening for a PhD student to work within a multidisciplinary team on a cutting-edge NHMRC-funded project at the intersection of synthetic biology and phage therapy: engineer

Eveline-Marie Lammens (KU Leuven) and colleagues published a new perspective in Nature Communications that explores the synthetic biology potential of phages for engineering non-model bacteria.

The RAW (Richard Allen White) lab at UNCC (Charlotte, North Carolina) is looking for an amazing phage biologist, molecular biologist and/or synthetic biologist.

Li Deng's lab at Helmholtz Zentrum and Technical University of Munich is looking for a highly motivated postdoc with a strong background in synthetic biology to work on a newly founded COVID-19 project. The successful candidate will constru

Invitris is a new team out of TU Munich funded to spin off a phage therapy biotech company based on their unique synthetic phage production system. They're looking for an additional team member at the intersection of microbiology and the cl

Karen Weynberg and Paul Jaschke of the University of Queensland and Macquarie University in Australia have published a perspective on how high-throughput phage engineering could be accomplished using biofoundries, core facilities that enabl

Karen Weynberg and Paul Jaschke of the University of Queensland and Macquarie University in Australia have published a perspective on how high-throughput phage engineering could be accomplished using biofoundries, core facilities that enabl

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

Paris, France We are looking for passionate and driven scientists with expertise in synthetic biology to join our international and highly motivated team in Paris working on next-generation tools for editing the microbiome (engineered phage

Paris, France We are looking for passionate and driven scientists with expertise in synthetic biology to join our international and highly motivated team in Paris working on next-generation tools for editing the microbiome (engineered phage

A group of students from the Technical University of Munich won second prize in the 2018 International Genetically Engineered Machine (iGEM) Competition for their work creating a cell-free phage propagation system called Phactory. Amazing w

A group of students from the Technical University of Munich won second prize in the 2018 International Genetically Engineered Machine (iGEM) Competition for their work creating a cell-free phage propagation system called Phactory. Amazing w