FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2155655317> ?p ?o ?g. }

• W2155655317 endingPage "10958" @default.
• W2155655317 startingPage "10945" @default.
• W2155655317 abstract "ABSTRACT Relatively little is known about the phages that infect agriculturally important nitrogen-fixing rhizobial bacteria. Here we report the genome and cryo-electron microscopy structure of the Sinorhizobium meliloti -infecting T4 superfamily phage ΦM9. This phage and its close relative Rhizobium phage vB_RleM_P10VF define a new group of T4 superfamily phages. These phages are distinctly different from the recently characterized cyanophage-like S. meliloti phages of the ΦM12 group. Structurally, ΦM9 has a T=16 capsid formed from repeating units of an extended gp23-like subunit that assemble through interactions between one subunit and the adjacent E-loop insertion domain. Though genetically very distant from the cyanophages, the ΦM9 capsid closely resembles that of the T4 superfamily cyanophage Syn9. ΦM9 also has the same T=16 capsid architecture as the very distant phage SPO1 and the herpesviruses. Despite their overall lack of similarity at the genomic and structural levels, ΦM9 and S. meliloti phage ΦM12 have a small number of open reading frames in common that appear to encode structural proteins involved in interaction with the host and which may have been acquired by horizontal transfer. These proteins are predicted to encode tail baseplate proteins, tail fibers, tail fiber assembly proteins, and glycanases that cleave host exopolysaccharide. IMPORTANCE Despite recent advances in the phylogenetic and structural characterization of bacteriophages, only a small number of phages of plant-symbiotic nitrogen-fixing soil bacteria have been studied at the molecular level. The effects of phage predation upon beneficial bacteria that promote plant growth remain poorly characterized. First steps in understanding these soil bacterium-phage dynamics are genetic, molecular, and structural characterizations of these groups of phages. The T4 superfamily phages are among the most complex phages; they have large genomes packaged within an icosahedral head and a long, contractile tail through which the DNA is delivered to host cells. This phylogenetic and structural study of S. meliloti -infecting T4 superfamily phage ΦM9 provides new insight into the diversity of this family. The comparison of structure-related genes in both ΦM9 and S. meliloti -infecting T4 superfamily phage ΦM12, which comes from a completely different lineage of these phages, allows the identification of host infection-related factors." @default.
• W2155655317 created "2016-06-24" @default.
• W2155655317 creator A5004580382 @default.
• W2155655317 creator A5015575249 @default.
• W2155655317 creator A5018509031 @default.
• W2155655317 creator A5053260944 @default.
• W2155655317 creator A5073619140 @default.
• W2155655317 creator A5074574812 @default.
• W2155655317 creator A5086191068 @default.
• W2155655317 creator A5086414892 @default.
• W2155655317 date "2015-11-01" @default.
• W2155655317 modified "2023-09-27" @default.
• W2155655317 title "Sinorhizobium meliloti Phage ΦM9 Defines a New Group of T4 Superfamily Phages with Unusual Genomic Features but a Common T=16 Capsid" @default.
• W2155655317 cites W1498596118 @default.
• W2155655317 cites W1530687839 @default.
• W2155655317 cites W1534696813 @default.
• W2155655317 cites W1869556417 @default.
• W2155655317 cites W1901218300 @default.
• W2155655317 cites W1965177448 @default.
• W2155655317 cites W1967531147 @default.
• W2155655317 cites W1967745346 @default.
• W2155655317 cites W1973352624 @default.
• W2155655317 cites W1975827796 @default.
• W2155655317 cites W1981264193 @default.
• W2155655317 cites W1983082446 @default.
• W2155655317 cites W1983591461 @default.
• W2155655317 cites W1985448965 @default.
• W2155655317 cites W1987134040 @default.
• W2155655317 cites W1988664574 @default.
• W2155655317 cites W1988885405 @default.
• W2155655317 cites W1991330646 @default.
• W2155655317 cites W1999584612 @default.
• W2155655317 cites W2004548026 @default.
• W2155655317 cites W2006158980 @default.
• W2155655317 cites W2008137668 @default.
• W2155655317 cites W2011061704 @default.
• W2155655317 cites W2012757836 @default.
• W2155655317 cites W2015425578 @default.
• W2155655317 cites W2017553376 @default.
• W2155655317 cites W2019013605 @default.
• W2155655317 cites W2021427217 @default.
• W2155655317 cites W2029667189 @default.
• W2155655317 cites W2040302765 @default.
• W2155655317 cites W2042978486 @default.
• W2155655317 cites W2047308649 @default.
• W2155655317 cites W2048008746 @default.
• W2155655317 cites W2048581247 @default.
• W2155655317 cites W2048826637 @default.
• W2155655317 cites W2050833028 @default.
• W2155655317 cites W2055707621 @default.
• W2155655317 cites W2057228803 @default.
• W2155655317 cites W2057544495 @default.
• W2155655317 cites W2057861611 @default.
• W2155655317 cites W2059513932 @default.
• W2155655317 cites W2060259273 @default.
• W2155655317 cites W2060914577 @default.
• W2155655317 cites W2064541964 @default.
• W2155655317 cites W2067374400 @default.
• W2155655317 cites W2068568343 @default.
• W2155655317 cites W2073949924 @default.
• W2155655317 cites W2076449818 @default.
• W2155655317 cites W2086812659 @default.
• W2155655317 cites W2089638270 @default.
• W2155655317 cites W2095057795 @default.
• W2155655317 cites W2096525273 @default.
• W2155655317 cites W2097471790 @default.
• W2155655317 cites W2098448644 @default.
• W2155655317 cites W2103546861 @default.
• W2155655317 cites W2104130324 @default.
• W2155655317 cites W2104234755 @default.
• W2155655317 cites W2109740998 @default.
• W2155655317 cites W2113350900 @default.
• W2155655317 cites W2114811334 @default.
• W2155655317 cites W2120712811 @default.
• W2155655317 cites W2120819924 @default.
• W2155655317 cites W2131209038 @default.
• W2155655317 cites W2132629607 @default.
• W2155655317 cites W2132659102 @default.
• W2155655317 cites W2132926880 @default.
• W2155655317 cites W2136211131 @default.
• W2155655317 cites W2144081223 @default.
• W2155655317 cites W2148085578 @default.
• W2155655317 cites W2149360962 @default.
• W2155655317 cites W2149429041 @default.
• W2155655317 cites W2150158340 @default.
• W2155655317 cites W2150981663 @default.
• W2155655317 cites W2158714788 @default.
• W2155655317 cites W2160053034 @default.
• W2155655317 cites W2160521062 @default.
• W2155655317 cites W2161661741 @default.
• W2155655317 cites W2163627198 @default.
• W2155655317 cites W2165163979 @default.
• W2155655317 cites W2169929748 @default.
• W2155655317 cites W2170606899 @default.
• W2155655317 cites W4230785665 @default.
• W2155655317 cites W4244606935 @default.
• W2155655317 cites W4250052351 @default.
• W2155655317 doi "https://doi.org/10.1128/jvi.01353-15" @default.

• next