From Cullowhee Creek to Conley: genome sequence and annotation of a cluster DJ Gordonia phage
Mindy N. Andro, AJ J. Cansler, Olivia S. Conley, Naidelyn O. Cruz, Joshua A. Dionne, Jordan I. Edwards, Daniel Furtuna, Carlee J. Green, Miriam Huber, Gunnar J. Hudson, Isabella R. Humphries, Amanda A. Karazin, Patrizia I. Mombille, Montana M. Pell, Gabriela Shickle
TL;DR
This paper describes the genome of a new Gordonia phage, Conley, found in a creek and classified into the DJ cluster.
Contribution
The paper presents the genome sequence and annotation of a newly discovered siphovirus phage, Gordonia phage Conley.
Findings
The phage Conley has a 60,078bp genome with 90 predicted protein-coding genes.
All genes are transcribed in the same direction, a notable genomic feature.
It was classified into genetic cluster DJ based on gene content similarity.
Abstract
We report the discovery of Gordonia phage Conley, a siphovirus isolated from Cullowhee Creek in the Fall of 2022. The 60,078bp genome contains 90 predicted protein-coding genes all transcribed in the same direction and has been assigned to genetic cluster DJ based on gene content similarity.
Genes, proteins, chemicals, diseases, species, mutations and cell lines named across the full text — each resolved to its canonical identifier and authoritative record.
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Taxonomy
TopicsBacteriophages and microbial interactions · Plant and Fungal Interactions Research · Microbial infections and disease research