Complete genome sequences of Streptomyces phages HazuAndZazu and Tubberson
Nisha Shah, Phoenix S. Bryant, Meghna Chandrasekaran, Arya J. Chaudhari, Ramsha A. Chaudhary, Cole Cheng, Norah J. X. Jackson, Allison S. Kende, Agnes Koodaly, Rohan S. Kyasa, Iman Mahmood, Katherine J. McHarg, Isabella S. Naimi, Ayeoritse T. Tuedon, Eni Adesola
TL;DR
This paper presents the complete genome sequences of two Streptomyces-infecting bacteriophages, HazuAndZazu and Tubberson, including their genetic features and classification.
Contribution
The study provides novel genome sequences and annotations for two Streptomyces phages, including the discovery of an immunity mechanism in Tubberson.
Findings
HazuAndZazu and Tubberson are Caudoviricetes with siphoviral morphology infecting Streptomyces species.
Tubberson's genome includes an annotated immunity mechanism.
The phages have distinct GC contents and genome lengths.
Abstract
Bacteriophages HazuAndZazu and Tubberson, belonging to the BI1 and BC1 subclusters, are Caudoviricetes with a siphoviral morphology that infect Streptomyces species. They have GC contents of 59.5% and 71.5%, and genomes 55,823 and 39,028 bp long, respectively. Annotation of cluster BC phage Tubberson includes an immunity mechanism.
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Taxonomy
TopicsBacteriophages and microbial interactions · Genomics and Phylogenetic Studies · RNA and protein synthesis mechanisms