First patient dosing in Company’s Phase 2b trial marks pivotal milestone in phage therapy development program targeting antibiotic-resistant lung infections ...

CDI Labs Canada Inc., a leading provider of services for proteome-wide antibody profiling and target identification, today ...

Bacteria and their phage, “are full of mysteries and also lots of really powerful mechanisms that we can study and potentially harness.” ...

This may employ introduction of new sequences into the phage genome or incorporation of recombined proteins during capsid assembly. [7–9] The history of phage display started with filamentous ...

While gp48 -deletion phages infect and inject their DNA normally into M. tuberculosis cells, they are not able to impair the activation of the bacterial anti-phage genes which inhibit the replication ...

So, the researchers designed a new research platform with a more efficient algorithm that can study thousands of accessory genes at once for any phage genome family.

Next, the elucidation of heat-induced phage persistence was done, determining that phage adsorption was not affected but phage DNA internalization was impaired by the heat pretreatment, likely due to ...

Viruses known as “jumbo phage” are a new hope against the rising antibacterial infection crisis. Researchers have discovered how jumbo phage are able to infect bacteria so efficiently. They found a ...

Venom is Marvel's most popular symbiote, but there have been countless variants and other symbiotes that are just as lethal as the Lethal Protector.

In this paper, we present an efficient computational method called PHISGAE for predicting phage-host interactions, in which the host specificity is explicitly employed. Firstly, initial phage-phage ...

Structural Biology Reveals How a Phage Uses a Genome Ejection Motor To Infect Bacteria Researchers have described the full molecular structure of the phage DEV, which infects Pseudomonas aeruginosa.