Matches in SemOpenAlex for { <https://semopenalex.org/work/W2076757092> ?p ?o ?g. }
- W2076757092 endingPage "24" @default.
- W2076757092 startingPage "15" @default.
- W2076757092 abstract "Others have reported that about two-thirds of the polyadenylated RNA of sea urchin or frog eggs contains short interspersed repetitive sequence transcripts, a much larger proportion than that found in mRNA of somatic cells. Thus, it appears that incompletely processed transcripts accumulate in these oocytes. Also, in what may be a related phenomenon, the nuclear concentration of U1 RNA (involved in processing hnRNA) decreases during growth of frog oocytes. To pursue this question in mammals, Northern blots of RNA from mouse oocytes and eggs collected before and after meiotic maturation were probed with genomic clones containing rodent Alu-equivalent sequences. The Alu sequence is the predominant short interspersed repetitive element in the genome and is abundant in hnRNA. When compared on the basis of mRNA content, the oocyte and egg RNA contained less short repetitive sequence transcripts than liver or brain cytoplasmic RNA. Using a U1 RNA-specific probe, the concentration of U1 RNA in mouse oocyte nuclei was found to be quite similar to that in somatic cells, and U1 RNA was stable during meiotic maturation. These results suggest that processing of transcripts in mouse oocytes does not possess the unusual features observed in lower animals." @default.
- W2076757092 created "2016-06-24" @default.
- W2076757092 creator A5042167524 @default.
- W2076757092 creator A5044449399 @default.
- W2076757092 creator A5073519148 @default.
- W2076757092 date "1985-05-01" @default.
- W2076757092 modified "2023-10-18" @default.
- W2076757092 title "Repetitive sequence transcripts and U1 RNA in mouse oocytes and eggs" @default.
- W2076757092 cites W1205396264 @default.
- W2076757092 cites W1513288881 @default.
- W2076757092 cites W1871134247 @default.
- W2076757092 cites W1966669660 @default.
- W2076757092 cites W1969699616 @default.
- W2076757092 cites W1970792478 @default.
- W2076757092 cites W1975127715 @default.
- W2076757092 cites W1976507877 @default.
- W2076757092 cites W1978160498 @default.
- W2076757092 cites W1978671755 @default.
- W2076757092 cites W1982780418 @default.
- W2076757092 cites W1985597626 @default.
- W2076757092 cites W1986520935 @default.
- W2076757092 cites W1990324491 @default.
- W2076757092 cites W1990336525 @default.
- W2076757092 cites W1994898384 @default.
- W2076757092 cites W1998369873 @default.
- W2076757092 cites W2007635746 @default.
- W2076757092 cites W2010283617 @default.
- W2076757092 cites W2013912153 @default.
- W2076757092 cites W2016548484 @default.
- W2076757092 cites W2017312207 @default.
- W2076757092 cites W2019195384 @default.
- W2076757092 cites W2031154350 @default.
- W2076757092 cites W2037102278 @default.
- W2076757092 cites W2038157451 @default.
- W2076757092 cites W2039939338 @default.
- W2076757092 cites W2040703938 @default.
- W2076757092 cites W2046850011 @default.
- W2076757092 cites W2050031321 @default.
- W2076757092 cites W2050746444 @default.
- W2076757092 cites W2056764394 @default.
- W2076757092 cites W2060147939 @default.
- W2076757092 cites W2060333964 @default.
- W2076757092 cites W2060872330 @default.
- W2076757092 cites W2067297223 @default.
- W2076757092 cites W2070423612 @default.
- W2076757092 cites W2071076550 @default.
- W2076757092 cites W2073910977 @default.
- W2076757092 cites W2080301359 @default.
- W2076757092 cites W2082788529 @default.
- W2076757092 cites W2084676219 @default.
- W2076757092 cites W2087417995 @default.
- W2076757092 cites W2089629262 @default.
- W2076757092 cites W2090276649 @default.
- W2076757092 cites W2093853078 @default.
- W2076757092 cites W2121726113 @default.
- W2076757092 cites W2131760877 @default.
- W2076757092 cites W2152784173 @default.
- W2076757092 cites W2174240372 @default.
- W2076757092 doi "https://doi.org/10.1016/0012-1606(85)90341-0" @default.
- W2076757092 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/2580747" @default.
- W2076757092 hasPublicationYear "1985" @default.
- W2076757092 type Work @default.
- W2076757092 sameAs 2076757092 @default.
- W2076757092 citedByCount "17" @default.
- W2076757092 countsByYear W20767570922013 @default.
- W2076757092 crossrefType "journal-article" @default.
- W2076757092 hasAuthorship W2076757092A5042167524 @default.
- W2076757092 hasAuthorship W2076757092A5044449399 @default.
- W2076757092 hasAuthorship W2076757092A5073519148 @default.
- W2076757092 hasConcept C100299639 @default.
- W2076757092 hasConcept C102063271 @default.
- W2076757092 hasConcept C104317684 @default.
- W2076757092 hasConcept C105580179 @default.
- W2076757092 hasConcept C134305767 @default.
- W2076757092 hasConcept C142575336 @default.
- W2076757092 hasConcept C153911025 @default.
- W2076757092 hasConcept C194993378 @default.
- W2076757092 hasConcept C196843134 @default.
- W2076757092 hasConcept C21786251 @default.
- W2076757092 hasConcept C2776690073 @default.
- W2076757092 hasConcept C54355233 @default.
- W2076757092 hasConcept C54458228 @default.
- W2076757092 hasConcept C67705224 @default.
- W2076757092 hasConcept C86803240 @default.
- W2076757092 hasConcept C94671646 @default.
- W2076757092 hasConcept C95444343 @default.
- W2076757092 hasConceptScore W2076757092C100299639 @default.
- W2076757092 hasConceptScore W2076757092C102063271 @default.
- W2076757092 hasConceptScore W2076757092C104317684 @default.
- W2076757092 hasConceptScore W2076757092C105580179 @default.
- W2076757092 hasConceptScore W2076757092C134305767 @default.
- W2076757092 hasConceptScore W2076757092C142575336 @default.
- W2076757092 hasConceptScore W2076757092C153911025 @default.
- W2076757092 hasConceptScore W2076757092C194993378 @default.
- W2076757092 hasConceptScore W2076757092C196843134 @default.
- W2076757092 hasConceptScore W2076757092C21786251 @default.
- W2076757092 hasConceptScore W2076757092C2776690073 @default.
- W2076757092 hasConceptScore W2076757092C54355233 @default.