Type of host prediction obtained for high-quality IMG/VR v3 genomes with different degrees of “novelty”.

<p>High-quality genomes from the IMG/VR v3 database for which a host prediction was obtained with iPHoP (score ≥90) were binned based on the average amino acid identity (AAI) to the closest reference in NCBI RefSeq Virus r203 (x-axis). Predictions entirely based on host-based tools are indicat...

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Bibliographic Details
Main Author:	Simon Roux (151891) (author)
Other Authors:	Antonio Pedro Camargo (8818058) (author), Felipe H. Coutinho (10314590) (author), Shareef M. Dabdoub (9741650) (author), Bas E. Dutilh (7545746) (author), Stephen Nayfach (5616590) (author), Andrew Tritt (135481) (author)
Published:	2023
Subjects:	Medicine Microbiology Genetics Evolutionary Biology Ecology Cancer Infectious Diseases Plant Biology Virology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified yield erroneous predictions viral sequence space metagenomes enable high integrates multiple methods different computational approaches derived virus genomes particular host association viruses infecting bacteria bacteria </ p maximize host prediction uncultivated viruses based derived viruses isolated viruses xlink "> vr database throughput exploration step framework primarily studied limited either large dataset genus rank genome sequences extraordinary diversity e ., broad range
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Type of host prediction obtained for high-quality IMG/VR v3 genomes with different degrees of “novelty”.

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