Matches in SemOpenAlex for { <https://semopenalex.org/work/W2062163644> ?p ?o ?g. }
- W2062163644 endingPage "5514" @default.
- W2062163644 startingPage "5508" @default.
- W2062163644 abstract "Exposure of cells to stressful conditions elicits a highly conserved defense mechanism termed the heat shock response, resulting in the production of specialized proteins which protect the cells against the deleterious effects of stress. The heat shock response involves not only a widespread inhibition of the ongoing transcription and activation of heat shock genes, but also important changes in post-transcriptional processing. In particular, a blockade in splicing and other post-transcriptional processing has been described following stress in different organisms, together with an altered spatial distribution of the proteins involved in these activities. However, the specific mechanisms that regulate these activities under conditions of stress are little understood. Non-coding RNA molecules are increasingly known to be involved in the regulation of various activities in the cell, ranging from chromatin structure to splicing and RNA degradation. In this review, we consider two non-coding RNAs, the hsrω transcripts in Drosophila and the sat III transcripts in human cells, that seem to be involved in the dynamics of RNA-processing factors in normal and/or stressed cells, and thus provide new paradigms for understanding transcriptional and post-transcriptional regulations in normal and stressed cells." @default.
- W2062163644 created "2016-06-24" @default.
- W2062163644 creator A5051644139 @default.
- W2062163644 creator A5089464658 @default.
- W2062163644 date "2006-10-04" @default.
- W2062163644 modified "2023-10-12" @default.
- W2062163644 title "Human sat III and Drosophila hsrω transcripts: a common paradigm for regulation of nuclear RNA processing in stressed cells" @default.
- W2062163644 cites W1481552425 @default.
- W2062163644 cites W1491769950 @default.
- W2062163644 cites W1495267564 @default.
- W2062163644 cites W1549536215 @default.
- W2062163644 cites W1563462044 @default.
- W2062163644 cites W1581813694 @default.
- W2062163644 cites W1755772759 @default.
- W2062163644 cites W1866253636 @default.
- W2062163644 cites W1879918309 @default.
- W2062163644 cites W1937676201 @default.
- W2062163644 cites W1968202864 @default.
- W2062163644 cites W1969551099 @default.
- W2062163644 cites W1974410673 @default.
- W2062163644 cites W1977173123 @default.
- W2062163644 cites W1977364126 @default.
- W2062163644 cites W1978716989 @default.
- W2062163644 cites W1981321743 @default.
- W2062163644 cites W1988837952 @default.
- W2062163644 cites W1989278316 @default.
- W2062163644 cites W1993906178 @default.
- W2062163644 cites W2003558241 @default.
- W2062163644 cites W2003605043 @default.
- W2062163644 cites W2005664674 @default.
- W2062163644 cites W2005711334 @default.
- W2062163644 cites W2013320608 @default.
- W2062163644 cites W2020334159 @default.
- W2062163644 cites W2024969318 @default.
- W2062163644 cites W2028373439 @default.
- W2062163644 cites W2030651372 @default.
- W2062163644 cites W2037456901 @default.
- W2062163644 cites W2038151125 @default.
- W2062163644 cites W2041329539 @default.
- W2062163644 cites W2046917404 @default.
- W2062163644 cites W2048438868 @default.
- W2062163644 cites W2049730346 @default.
- W2062163644 cites W2050426121 @default.
- W2062163644 cites W2052196093 @default.
- W2062163644 cites W2058306877 @default.
- W2062163644 cites W2059142565 @default.
- W2062163644 cites W2061910229 @default.
- W2062163644 cites W2062754747 @default.
- W2062163644 cites W2063225252 @default.
- W2062163644 cites W2064451353 @default.
- W2062163644 cites W2067382966 @default.
- W2062163644 cites W2076663461 @default.
- W2062163644 cites W2077057299 @default.
- W2062163644 cites W2086815111 @default.
- W2062163644 cites W2086993929 @default.
- W2062163644 cites W2093117575 @default.
- W2062163644 cites W2094769376 @default.
- W2062163644 cites W2094877576 @default.
- W2062163644 cites W2095529319 @default.
- W2062163644 cites W2106476684 @default.
- W2062163644 cites W2112638355 @default.
- W2062163644 cites W2114933462 @default.
- W2062163644 cites W2118738728 @default.
- W2062163644 cites W2119259157 @default.
- W2062163644 cites W2119624960 @default.
- W2062163644 cites W2121930828 @default.
- W2062163644 cites W2123356145 @default.
- W2062163644 cites W2127682359 @default.
- W2062163644 cites W2128344746 @default.
- W2062163644 cites W2131445177 @default.
- W2062163644 cites W2133194411 @default.
- W2062163644 cites W2137152718 @default.
- W2062163644 cites W2144973569 @default.
- W2062163644 cites W2146561398 @default.
- W2062163644 cites W2148970133 @default.
- W2062163644 cites W2152224385 @default.
- W2062163644 cites W2153161471 @default.
- W2062163644 cites W2153599010 @default.
- W2062163644 cites W2154700546 @default.
- W2062163644 cites W2154895573 @default.
- W2062163644 cites W2156242099 @default.
- W2062163644 cites W2159549710 @default.
- W2062163644 cites W2159998873 @default.
- W2062163644 cites W2164659856 @default.
- W2062163644 cites W2168091821 @default.
- W2062163644 cites W2168303365 @default.
- W2062163644 cites W2170340195 @default.
- W2062163644 cites W2170634816 @default.
- W2062163644 cites W2171605197 @default.
- W2062163644 cites W2202244239 @default.
- W2062163644 cites W2251651175 @default.
- W2062163644 cites W2259023643 @default.
- W2062163644 cites W2406411892 @default.
- W2062163644 cites W4256110274 @default.
- W2062163644 doi "https://doi.org/10.1093/nar/gkl711" @default.
- W2062163644 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/1885658" @default.
- W2062163644 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17020918" @default.
- W2062163644 hasPublicationYear "2006" @default.