Matches in SemOpenAlex for { <https://semopenalex.org/work/W2085534636> ?p ?o ?g. }
- W2085534636 endingPage "42" @default.
- W2085534636 startingPage "33" @default.
- W2085534636 abstract "There is probably no major adaptive response in bacteria which does not have at least one small RNA (sRNA) as part of its regulatory network controlling gene expression. Thus, prokaryotic genomes encode dozens to hundreds of these riboregulators. Whereas the identification of putative sRNA genes during initial genome annotation is not yet common practice, their prediction can be done subsequently by various methods and with variable efficacy, frequently relying on comparative genome analysis. A large number of these sRNAs interact with their mRNA targets by antisense mechanisms. Yet, the computational identification of these targets appears to be challenging because frequently the partial and incomplete sequence complementarity is difficult to evaluate. Here we review the computational approaches for detecting bacterial sRNA genes and their targets, and discuss the current and future challenges that this exciting field of research is facing." @default.
- W2085534636 created "2016-06-24" @default.
- W2085534636 creator A5017672883 @default.
- W2085534636 creator A5089148815 @default.
- W2085534636 date "2010-01-01" @default.
- W2085534636 modified "2023-10-13" @default.
- W2085534636 title "Computational prediction of sRNAs and their targets in bacteria" @default.
- W2085534636 cites W1501627602 @default.
- W2085534636 cites W1543796220 @default.
- W2085534636 cites W165213868 @default.
- W2085534636 cites W1872483787 @default.
- W2085534636 cites W1900505923 @default.
- W2085534636 cites W1965247733 @default.
- W2085534636 cites W1966003786 @default.
- W2085534636 cites W1967104767 @default.
- W2085534636 cites W1975148447 @default.
- W2085534636 cites W1981778681 @default.
- W2085534636 cites W1983815263 @default.
- W2085534636 cites W1984675364 @default.
- W2085534636 cites W1988163167 @default.
- W2085534636 cites W1991095439 @default.
- W2085534636 cites W1992102098 @default.
- W2085534636 cites W1999530403 @default.
- W2085534636 cites W2009813224 @default.
- W2085534636 cites W2009818318 @default.
- W2085534636 cites W2013631801 @default.
- W2085534636 cites W2016961011 @default.
- W2085534636 cites W2020021066 @default.
- W2085534636 cites W2020073330 @default.
- W2085534636 cites W2030794182 @default.
- W2085534636 cites W2039925764 @default.
- W2085534636 cites W2043653977 @default.
- W2085534636 cites W2044927713 @default.
- W2085534636 cites W2046413881 @default.
- W2085534636 cites W2051115739 @default.
- W2085534636 cites W2053783019 @default.
- W2085534636 cites W2055043387 @default.
- W2085534636 cites W2065566217 @default.
- W2085534636 cites W2066756462 @default.
- W2085534636 cites W2082202972 @default.
- W2085534636 cites W2082644333 @default.
- W2085534636 cites W2088784401 @default.
- W2085534636 cites W2092499114 @default.
- W2085534636 cites W2094253263 @default.
- W2085534636 cites W2094519647 @default.
- W2085534636 cites W2101153968 @default.
- W2085534636 cites W2105070391 @default.
- W2085534636 cites W2105133080 @default.
- W2085534636 cites W2110758490 @default.
- W2085534636 cites W2111020386 @default.
- W2085534636 cites W2112132489 @default.
- W2085534636 cites W2112821430 @default.
- W2085534636 cites W2117843745 @default.
- W2085534636 cites W2119340328 @default.
- W2085534636 cites W2120391797 @default.
- W2085534636 cites W2121860020 @default.
- W2085534636 cites W2123047239 @default.
- W2085534636 cites W2129706781 @default.
- W2085534636 cites W2132081807 @default.
- W2085534636 cites W2137677639 @default.
- W2085534636 cites W2139271133 @default.
- W2085534636 cites W2139511280 @default.
- W2085534636 cites W2140302584 @default.
- W2085534636 cites W2141420992 @default.
- W2085534636 cites W2142215914 @default.
- W2085534636 cites W2146831994 @default.
- W2085534636 cites W2147905599 @default.
- W2085534636 cites W2148925122 @default.
- W2085534636 cites W2150882562 @default.
- W2085534636 cites W2151994495 @default.
- W2085534636 cites W2153758225 @default.
- W2085534636 cites W2156735965 @default.
- W2085534636 cites W2158826174 @default.
- W2085534636 cites W2159468050 @default.
- W2085534636 cites W2160786977 @default.
- W2085534636 cites W2161043701 @default.
- W2085534636 cites W2161159766 @default.
- W2085534636 cites W2164119014 @default.
- W2085534636 cites W2164700062 @default.
- W2085534636 cites W2166268906 @default.
- W2085534636 cites W2167475892 @default.
- W2085534636 cites W2170217996 @default.
- W2085534636 cites W2179067742 @default.
- W2085534636 doi "https://doi.org/10.4161/rna.7.1.10655" @default.
- W2085534636 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20061798" @default.
- W2085534636 hasPublicationYear "2010" @default.
- W2085534636 type Work @default.
- W2085534636 sameAs 2085534636 @default.
- W2085534636 citedByCount "95" @default.
- W2085534636 countsByYear W20855346362012 @default.
- W2085534636 countsByYear W20855346362013 @default.
- W2085534636 countsByYear W20855346362014 @default.
- W2085534636 countsByYear W20855346362015 @default.
- W2085534636 countsByYear W20855346362016 @default.
- W2085534636 countsByYear W20855346362017 @default.
- W2085534636 countsByYear W20855346362018 @default.
- W2085534636 countsByYear W20855346362019 @default.
- W2085534636 countsByYear W20855346362020 @default.