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3. Genome Sequences of Six Cluster N Mycobacteriophages, Kevin1, Nenae, Parmesanjohn, ShrimpFriedEgg, Smurph, and SpongeBob, Isolated on Mycobacterium smegmatis mc 2 155

Author

Caratenuto, Russell A., primary, Ciabattoni, Grace O., additional, DesGranges, Nicolas J., additional, Drost, Cassidy L., additional, Gao, Longhui, additional, Gipson, Brianna, additional, Kahler, Nicholas C., additional, Kirven, Nicole A., additional, Melehani, Julia C., additional, Patel, Krishna, additional, Rokes, Alecia B., additional, Seth, Ryan A., additional, West, Matthew C., additional, Alhout, Alexa A., additional, Akoto, Francis F., additional, Capogna, Nicole, additional, Cudkevich, Netta, additional, Graham, Lee H., additional, Grapel, Matthew S., additional, Haleem, Maaz M., additional, Korenberg, Jamie B., additional, Lichak, Brooke P., additional, McKinley, Lauren N., additional, Mendello, Kourtney R., additional, Murphy, Caitlin E., additional, Pyfer, Lauren M., additional, Ramirez, Wascar A., additional, Reisner, Julia R., additional, Swope, Rachel H., additional, Thoonkuzhy, Matthew J., additional, Vargas, Lauren A., additional, Veliz, Croldy A., additional, Volpe, Katherine R., additional, Zhang, Kevin D., additional, Faltine-Gonzalez, Dylan Z., additional, Zuilkoski, Caitlin M., additional, Mageeney, Catherine M., additional, Mohammed, Hamidu T., additional, Kenna, Margaret A., additional, and Ware, Vassie C., additional

Published
2019
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4. Genome Sequences of Chancellor, Mitti, and Wintermute, Three Subcluster K4 Phages Isolated Using Mycobacterium smegmatis mc 2 155

Author

Edgington, Nicholas P., primary, Voshell, Stephanie M., additional, Ware, Vassie C., additional, Akoto, Francis F., additional, Alhout, Alexa A., additional, Atwal, Gurvina J., additional, Balyozian, John B., additional, Cadieux, Zachary A., additional, Chop, Brianna M., additional, Cresawn, Steven G., additional, Cudkevich, Netta, additional, Faltine-Gonzalez, Dylan Z., additional, Garlena, Rebecca A., additional, Gilmer, Blair J., additional, Graham, Lee H., additional, Grapel, Matthew S., additional, Haleem, Maaz M., additional, Jacobs-Sera, Deborah, additional, Kenna, Margaret A., additional, Khan, Maryam A., additional, Klein, Taylor N., additional, Korenberg, Jamie B., additional, Lichak, Brooke P., additional, Mageeney, Catherine M., additional, McKinley, Lauren N., additional, Mendello, Kourtney R., additional, Myers, Cameron M., additional, Nguyen, Alexander T., additional, Pasqualucci, Bryan A., additional, Pope, Welkin H., additional, Pyfer, Lauren M., additional, Ramirez, Wascar A., additional, Reisner, Julia R., additional, Russell, Daniel A., additional, Sapao, Paulene A., additional, Saux, Virginia C., additional, Singh, Inderjeet, additional, Stoner, Ty H., additional, Swope, Rachel H., additional, Thoonkuzhy, Matthew J., additional, Walters, Madeleine L., additional, Vargas, Lauren A., additional, Veliz, Croldy A., additional, Zhang, Kevin D., additional, Zuilkoski, Caitlin M., additional, and Hatfull, Graham F., additional

Published
2017
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5. Characterization of novel recombinant mycobacteriophages derived from homologous recombination between two temperate phages.

Author

Mohammed HT, Mageeney C, Korenberg J, Graham L, and Ware VC

Subjects
Homologous Recombination, Butter, Genome, Viral, Bacteriophages genetics, Mycobacteriophages genetics
Abstract

Comparative analyses of mycobacteriophage genomes reveals extensive genetic diversity in genome organization and gene content, contributing to widespread mosaicism. We previously reported that the prophage of mycobacteriophage Butters (cluster N) provides defense against infection by Island3 (subcluster I1). To explore the anti-Island3 defense mechanism, we attempted to isolate Island3 defense escape mutants on a Butters lysogen, but only uncovered phages with recombinant genomes comprised of regions of Butters and Island3 arranged from left arm to right arm as Butters-Island3-Butters (BIBs). Recombination occurs within two distinct homologous regions that encompass lysin A, lysin B, and holin genes in one segment, and RecE and RecT genes in the other. Structural genes of mosaic BIB genomes are contributed by Butters while the immunity cassette is derived from Island3. Consequently, BIBs are morphologically identical to Butters (as shown by transmission electron microscopy) but are homoimmune with Island3. Recombinant phages overcome antiphage defense and silencing of the lytic cycle. We leverage this observation to propose a stratagem to generate novel phages for potential therapeutic use., Competing Interests: Conflicts of interest The author(s) declare no conflict of interest., (© The Author(s) 2023. Published by Oxford University Press on behalf of The Genetics Society of America.)

Published
2023
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