Matches in SemOpenAlex for { <https://semopenalex.org/work/W2017130630> ?p ?o ?g. }
- W2017130630 endingPage "150" @default.
- W2017130630 startingPage "141" @default.
- W2017130630 abstract "Mitochondria and chloroplasts are often described as semi-autonomous organelles because they have retained a genome. They thus require fully functional gene expression machineries. Many of the required processes going all the way from transcription to translation have specificities in organelles and arose during eukaryote history. Most factors involved in these RNA maturation steps have remained elusive for a long time. The recent identification of a number of novel protein families including pentatricopeptide repeat proteins, half-a-tetratricopeptide proteins, octotricopeptide repeat proteins and mitochondrial transcription termination factors has helped to settle long-standing questions regarding organelle gene expression. In particular, their functions have been related to replication, transcription, RNA processing, RNA editing, splicing, the control of RNA turnover and translation throughout eukaryotes. These families of proteins, although evolutionary independent, seem to share a common overall architecture. For all of them, proteins contain tandem arrays of repeated motifs. Each module is composed of two to three α-helices and their succession forms a super-helix. Here, we review the features characterising these protein families, in particular, their distribution, the identified functions and mode of action and propose that they might share similar substrate recognition mechanisms." @default.
- W2017130630 created "2016-06-24" @default.
- W2017130630 creator A5006950375 @default.
- W2017130630 creator A5010572390 @default.
- W2017130630 creator A5025272971 @default.
- W2017130630 creator A5042578664 @default.
- W2017130630 creator A5050382049 @default.
- W2017130630 creator A5059710192 @default.
- W2017130630 creator A5061840290 @default.
- W2017130630 date "2014-05-01" @default.
- W2017130630 modified "2023-10-18" @default.
- W2017130630 title "Helical repeats modular proteins are major players for organelle gene expression" @default.
- W2017130630 cites W1494075612 @default.
- W2017130630 cites W1515278896 @default.
- W2017130630 cites W1571855930 @default.
- W2017130630 cites W1600034866 @default.
- W2017130630 cites W1666190857 @default.
- W2017130630 cites W1866491537 @default.
- W2017130630 cites W1956457548 @default.
- W2017130630 cites W1964169906 @default.
- W2017130630 cites W1966145105 @default.
- W2017130630 cites W1969138221 @default.
- W2017130630 cites W1972208485 @default.
- W2017130630 cites W1972999987 @default.
- W2017130630 cites W1974848440 @default.
- W2017130630 cites W1978129709 @default.
- W2017130630 cites W1978140277 @default.
- W2017130630 cites W1978507412 @default.
- W2017130630 cites W1980664641 @default.
- W2017130630 cites W1980714729 @default.
- W2017130630 cites W1983421893 @default.
- W2017130630 cites W1984886494 @default.
- W2017130630 cites W1985274880 @default.
- W2017130630 cites W1986162480 @default.
- W2017130630 cites W1988503886 @default.
- W2017130630 cites W1991560045 @default.
- W2017130630 cites W1993401855 @default.
- W2017130630 cites W1993853380 @default.
- W2017130630 cites W1995763082 @default.
- W2017130630 cites W1995829416 @default.
- W2017130630 cites W1998262675 @default.
- W2017130630 cites W2000944220 @default.
- W2017130630 cites W2001801970 @default.
- W2017130630 cites W2002679195 @default.
- W2017130630 cites W2005491248 @default.
- W2017130630 cites W2005764753 @default.
- W2017130630 cites W2007323926 @default.
- W2017130630 cites W2008043362 @default.
- W2017130630 cites W2010907792 @default.
- W2017130630 cites W2011135370 @default.
- W2017130630 cites W2011548937 @default.
- W2017130630 cites W2014432315 @default.
- W2017130630 cites W2015175027 @default.
- W2017130630 cites W2019116905 @default.
- W2017130630 cites W2029702158 @default.
- W2017130630 cites W2030213665 @default.
- W2017130630 cites W2030661631 @default.
- W2017130630 cites W2033651971 @default.
- W2017130630 cites W2035257545 @default.
- W2017130630 cites W2036317634 @default.
- W2017130630 cites W2041433442 @default.
- W2017130630 cites W2042103669 @default.
- W2017130630 cites W2042792861 @default.
- W2017130630 cites W2047475913 @default.
- W2017130630 cites W2055302859 @default.
- W2017130630 cites W2057263288 @default.
- W2017130630 cites W2058244193 @default.
- W2017130630 cites W2059923557 @default.
- W2017130630 cites W2060259273 @default.
- W2017130630 cites W2061098334 @default.
- W2017130630 cites W2065921473 @default.
- W2017130630 cites W2067905913 @default.
- W2017130630 cites W2071960950 @default.
- W2017130630 cites W2073011337 @default.
- W2017130630 cites W2073112996 @default.
- W2017130630 cites W2073377349 @default.
- W2017130630 cites W2075335149 @default.
- W2017130630 cites W2076530096 @default.
- W2017130630 cites W2081601284 @default.
- W2017130630 cites W2083417475 @default.
- W2017130630 cites W2086964845 @default.
- W2017130630 cites W2089556958 @default.
- W2017130630 cites W2090013832 @default.
- W2017130630 cites W2091434928 @default.
- W2017130630 cites W2092552106 @default.
- W2017130630 cites W2095636501 @default.
- W2017130630 cites W2095687891 @default.
- W2017130630 cites W2095861466 @default.
- W2017130630 cites W2097705204 @default.
- W2017130630 cites W2100939308 @default.
- W2017130630 cites W2101060529 @default.
- W2017130630 cites W2101359780 @default.
- W2017130630 cites W2103178575 @default.
- W2017130630 cites W2107738624 @default.
- W2017130630 cites W2108767532 @default.
- W2017130630 cites W2109291482 @default.
- W2017130630 cites W2113180960 @default.
- W2017130630 cites W2114476704 @default.