VIRDIC genome analysis of all the phages isolated in this study.

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posted on 2025-02-21, 18:30 authored by Marissa R. Gittrich, Courtney M. Sanderson, James M. Wainaina, Cara M. Noel, Jonathan E. Leopold, Erica Babusci, Sumeyra C. Selbes, Olivia R. Farinas, Jack Caine, Joshua Davis II, Vivek K. Mutalik, Paul Hyman, Matthew B. Sullivan

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scale metagenomic datasets possible direct role div >< p 1 – 14 broad host ranges reprogramming specific metabolisms even though amgs dna packaging proteins host range analyses quantitatively study phage taxonomic analyses revealed phages ’ ubiquity independent klebsiella phages phage family level 24 phages infecting >, contained amgs host interactions wide range metabolic reprogramming klebsiella genus level earth ’phages belong structural proteins hypothetical proteins centric proteins amgs ).studying phage phage head phage families often phage straboviridae soil systems rivulusviridae recent large raoultella plant growth model systems model system mavericviridae increasingly thought included pathogenic help build genes involved gene transfer flexible genes environmental literature drexlerviridae corresponding genome core genes compared many bacteria interactions autographiviridae associated bacterium alter nutrient

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VIRDIC genome analysis of all the phages isolated in this study.

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