Matches in SemOpenAlex for { <https://semopenalex.org/work/W2068494209> ?p ?o ?g. }
- W2068494209 endingPage "14" @default.
- W2068494209 startingPage "1" @default.
- W2068494209 abstract "The bacterial transposon Tn7 maintains two distinct lifestyles, one in horizontally transferred DNA and the other in bacterial chromosomes. Access to these two DNA pools is mediated by two separate target selection pathways. The proteins involved in these pathways have evolved to specifically activate transposition into their cognate target-sites using entirely different recognition mechanisms, but the same core transposition machinery. In this review we discuss how the molecular mechanisms of Tn7-like elements contribute to their diversification and how they affect the evolution of their host genomes. The analysis of over 50 Tn7-like elements provides insight into the evolution of Tn7 and Tn7 relatives. In addition to the genes required for transposition, Tn7-like elements transport a wide variety of genes that contribute to the success of diverse organisms. We propose that by decisively moving between mobile and stationary DNA pools, Tn7-like elements accumulate a broad range of genetic material, providing a selective advantage for diverse host bacteria." @default.
- W2068494209 created "2016-06-24" @default.
- W2068494209 creator A5002656450 @default.
- W2068494209 creator A5046563322 @default.
- W2068494209 date "2009-01-01" @default.
- W2068494209 modified "2023-10-14" @default.
- W2068494209 title "Tn7 elements: Engendering diversity from chromosomes to episomes" @default.
- W2068494209 cites W1017184617 @default.
- W2068494209 cites W1421870836 @default.
- W2068494209 cites W1493834933 @default.
- W2068494209 cites W1583860065 @default.
- W2068494209 cites W1584257488 @default.
- W2068494209 cites W1588066949 @default.
- W2068494209 cites W1818931820 @default.
- W2068494209 cites W1860484030 @default.
- W2068494209 cites W1888433954 @default.
- W2068494209 cites W1919203668 @default.
- W2068494209 cites W1928163695 @default.
- W2068494209 cites W1937518500 @default.
- W2068494209 cites W1963563104 @default.
- W2068494209 cites W1965404910 @default.
- W2068494209 cites W1966813238 @default.
- W2068494209 cites W1968146772 @default.
- W2068494209 cites W1970062083 @default.
- W2068494209 cites W1976680916 @default.
- W2068494209 cites W1981350086 @default.
- W2068494209 cites W1983888098 @default.
- W2068494209 cites W1984345785 @default.
- W2068494209 cites W1985197728 @default.
- W2068494209 cites W1986592873 @default.
- W2068494209 cites W1987170498 @default.
- W2068494209 cites W1995867192 @default.
- W2068494209 cites W1997807872 @default.
- W2068494209 cites W2016269995 @default.
- W2068494209 cites W2030735422 @default.
- W2068494209 cites W2032542798 @default.
- W2068494209 cites W2041117137 @default.
- W2068494209 cites W2041505280 @default.
- W2068494209 cites W2050557699 @default.
- W2068494209 cites W2053322631 @default.
- W2068494209 cites W2058947392 @default.
- W2068494209 cites W2062015078 @default.
- W2068494209 cites W2062737471 @default.
- W2068494209 cites W2067855625 @default.
- W2068494209 cites W2070239760 @default.
- W2068494209 cites W2074594806 @default.
- W2068494209 cites W2074697343 @default.
- W2068494209 cites W2078734721 @default.
- W2068494209 cites W2079523764 @default.
- W2068494209 cites W2082003231 @default.
- W2068494209 cites W2082258362 @default.
- W2068494209 cites W2085744296 @default.
- W2068494209 cites W2089235175 @default.
- W2068494209 cites W2093848749 @default.
- W2068494209 cites W2095724872 @default.
- W2068494209 cites W2096182427 @default.
- W2068494209 cites W2096299951 @default.
- W2068494209 cites W2098347901 @default.
- W2068494209 cites W2101326223 @default.
- W2068494209 cites W2102437170 @default.
- W2068494209 cites W2106337370 @default.
- W2068494209 cites W2110977400 @default.
- W2068494209 cites W2113824405 @default.
- W2068494209 cites W2116205171 @default.
- W2068494209 cites W2116282139 @default.
- W2068494209 cites W2120769688 @default.
- W2068494209 cites W2125121305 @default.
- W2068494209 cites W2129571930 @default.
- W2068494209 cites W2129954100 @default.
- W2068494209 cites W2134727169 @default.
- W2068494209 cites W2134848381 @default.
- W2068494209 cites W2139321752 @default.
- W2068494209 cites W2139934347 @default.
- W2068494209 cites W2148047088 @default.
- W2068494209 cites W2154393541 @default.
- W2068494209 cites W2155690692 @default.
- W2068494209 cites W2157069400 @default.
- W2068494209 cites W2157392953 @default.
- W2068494209 cites W2158266834 @default.
- W2068494209 cites W2161247547 @default.
- W2068494209 cites W2167132683 @default.
- W2068494209 cites W2287459411 @default.
- W2068494209 cites W2319126975 @default.
- W2068494209 cites W2409229948 @default.
- W2068494209 cites W4248664566 @default.
- W2068494209 doi "https://doi.org/10.1016/j.plasmid.2008.09.008" @default.
- W2068494209 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2614081" @default.
- W2068494209 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18951916" @default.
- W2068494209 hasPublicationYear "2009" @default.
- W2068494209 type Work @default.
- W2068494209 sameAs 2068494209 @default.
- W2068494209 citedByCount "57" @default.
- W2068494209 countsByYear W20684942092012 @default.
- W2068494209 countsByYear W20684942092013 @default.
- W2068494209 countsByYear W20684942092014 @default.
- W2068494209 countsByYear W20684942092015 @default.
- W2068494209 countsByYear W20684942092016 @default.
- W2068494209 countsByYear W20684942092017 @default.