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Bioinformatic tool-based analyses enable phage genome diversity and modification inferences — ARCADIA Knowledge Graph

InferenceChain·arcadia

Bioinformatic tool-based analyses enable phage genome diversity and modification inferences

Reasoning that bioinformatic tool workflows (such as those for annotation, distance estimation, clustering, and gene neighborhood comparison) allow researchers to discover, classify, and interpret novel DNA modifications and phage diversity, as represented by PHROG, VFDB, CARD, Mash, and supporting software references.

Confidence

80%

◑partialactivecomplexity: mid

Reasoning Steps (2)

Multiple specialized tools and databases refine phage annotation and diversity assessmentStep 1

Bioinformatic evidence supports claims of DNA modification and phage noveltyStep 2

Source

Synthesis for current paper

Connections (4)

Conserved DNA modification pathway in phage 92A1 and RB69Association

Conserved arabinose-UDP biosynthesis genes in phagesAssociation

RB69 glycosyltransferase may catalyze arabinose transferAssociation

sourmash k-mer analysis assesses phage metagenome containmentAssociation