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Genome Sequences of Four Subcluster L2 Mycobacterium Phages, Finemlucis, Miley16, Wilder, and Zakai.


ABSTRACT: Four subcluster L2 mycobacteriophages, Finemlucis, Miley16, Wilder, and Zakai, that infect Mycobacterium smegmatis mc2155 were isolated. The four phages are closely related to each other and code for 12 to 14 tRNAs and 130 to 132 putative protein-coding genes, including tyrosine integrases, cro, immunity repressors, and excise genes involved in the establishment of lysogeny.

SUBMITTER: Herren CD 

PROVIDER: S-EPMC5690330 | biostudies-literature | 2017 Nov

REPOSITORIES: biostudies-literature

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Genome Sequences of Four Subcluster L2 <i>Mycobacterium</i> Phages, Finemlucis, Miley16, Wilder, and Zakai.

Herren Christopher D CD   Peister Alexandra A   Breton Timothy S TS   Hill Maggie S MS   Anderson Marcy S MS   Chang Adeline W AW   Klein Sydney B SB   Thornton Mackenzie M MM   Vars Stacy J SJ   Wagner Kasey E KE   Wiebe Paige L PL   Williams Thomas G TG   Yanez Coraima P CP   Ackles Jasanta M JM   Artis Darius D   Brazier Ryan J RJ   Bryant Ronald J RJ   Callwood Kerel O KO   Carter Isaiah H IH   DeBose Cameron L CL   Edwards Christian D CD   Ezemba Isaiah C IC   Joaquin Renshal R RR   Meghoo-Peddie Zakai M ZM   Meghoo-Peddie Ziha G ZG   Moore Ryan W RW   Smith Christopher E CE   Turner Adam J AJ   Vorters Raymond L RL   Wider Jeffrey J JJ   Krout Liesel L LL   Comis Mia S MS   Davick Madison J MJ   Michaud Eli E EE   Shevenell Bailey E BE   Stanley Sarah E SE   Frank Chelsey I CI   Montgomery Jacob R JR   Blumer Lawrence S LS   Doty Jean A JA   Smith-Caldas Martha M   Pope Welkin H WH   Cresawn Steven G SG   Russell Daniel A DA   Garlena Rebecca A RA   Jacobs-Sera Deborah D   Hatfull Graham F GF  

Genome announcements 20171116 46


Four subcluster L2 mycobacteriophages, Finemlucis, Miley16, Wilder, and Zakai, that infect <i>Mycobacterium smegmatis</i> mc<sup>2</sup>155 were isolated. The four phages are closely related to each other and code for 12 to 14 tRNAs and 130 to 132 putative protein-coding genes, including tyrosine integrases, <i>cro</i>, immunity repressors, and excise genes involved in the establishment of lysogeny. ...[more]

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