Matches in SemOpenAlex for { <https://semopenalex.org/work/W4229621836> ?p ?o ?g. }
- W4229621836 endingPage "2061" @default.
- W4229621836 startingPage "2053" @default.
- W4229621836 abstract "When DNA molecules are injected into Xenopus oocyte nuclei, they can recombine with each other. With bacteriophage lambda DNAs, it was shown that this recombination is stimulated greatly by introduction of double-strand breaks into the substrates and is dependent on homologous overlaps in the recombination interval. With plasmid DNAs it was shown that little or no recombination occurs between circular molecules but both intra- and intermolecular events take place very efficiently with linear molecules. As with the lambda substrates, homology was required to support recombination; no simple joining of ends was observed. Blockage of DNA ends with nonhomologous sequences interfered with recombination, indicating that ends are used directly to initiate homologous interactions. These observations are combined to evaluate possible models of recombination in the oocytes. Because each oocyte is capable of recombining nanogram quantities of linear DNA, this system offers exceptional opportunities for detailed molecular analysis of the recombination process in a higher organism." @default.
- W4229621836 created "2022-05-11" @default.
- W4229621836 creator A5046700761 @default.
- W4229621836 creator A5056204886 @default.
- W4229621836 creator A5060833617 @default.
- W4229621836 creator A5063751658 @default.
- W4229621836 creator A5074041061 @default.
- W4229621836 date "1986-06-01" @default.
- W4229621836 modified "2023-10-03" @default.
- W4229621836 title "Efficient homologous recombination of linear DNA substrates after injection into Xenopus laevis oocytes" @default.
- W4229621836 cites W1536051821 @default.
- W4229621836 cites W1547287134 @default.
- W4229621836 cites W1815512815 @default.
- W4229621836 cites W1823944061 @default.
- W4229621836 cites W1940968228 @default.
- W4229621836 cites W1961486015 @default.
- W4229621836 cites W1972569862 @default.
- W4229621836 cites W1981796510 @default.
- W4229621836 cites W1985910275 @default.
- W4229621836 cites W1988178079 @default.
- W4229621836 cites W1994631198 @default.
- W4229621836 cites W2004886523 @default.
- W4229621836 cites W2015975533 @default.
- W4229621836 cites W2016389818 @default.
- W4229621836 cites W2021686300 @default.
- W4229621836 cites W2023132424 @default.
- W4229621836 cites W2026284055 @default.
- W4229621836 cites W2027676321 @default.
- W4229621836 cites W2028696737 @default.
- W4229621836 cites W2029375782 @default.
- W4229621836 cites W2034252391 @default.
- W4229621836 cites W2034525950 @default.
- W4229621836 cites W2039330495 @default.
- W4229621836 cites W2050499271 @default.
- W4229621836 cites W2056229244 @default.
- W4229621836 cites W2058755882 @default.
- W4229621836 cites W2067182188 @default.
- W4229621836 cites W2069120909 @default.
- W4229621836 cites W2070181948 @default.
- W4229621836 cites W2079854705 @default.
- W4229621836 cites W2093788916 @default.
- W4229621836 cites W2105578504 @default.
- W4229621836 cites W2105924300 @default.
- W4229621836 cites W2106523577 @default.
- W4229621836 cites W2109646840 @default.
- W4229621836 cites W2120078340 @default.
- W4229621836 cites W2122607985 @default.
- W4229621836 cites W2126120030 @default.
- W4229621836 cites W2127691804 @default.
- W4229621836 cites W2132417094 @default.
- W4229621836 cites W2133236546 @default.
- W4229621836 cites W2150298186 @default.
- W4229621836 cites W2152528574 @default.
- W4229621836 cites W2154160398 @default.
- W4229621836 cites W2154572523 @default.
- W4229621836 cites W2173708640 @default.
- W4229621836 cites W2316823334 @default.
- W4229621836 cites W37841377 @default.
- W4229621836 cites W4231425765 @default.
- W4229621836 cites W4232396696 @default.
- W4229621836 cites W4245073983 @default.
- W4229621836 cites W4249051762 @default.
- W4229621836 cites W4253924390 @default.
- W4229621836 cites W4256002090 @default.
- W4229621836 cites W951790091 @default.
- W4229621836 doi "https://doi.org/10.1128/mcb.6.6.2053-2061.1986" @default.
- W4229621836 hasPublicationYear "1986" @default.
- W4229621836 type Work @default.
- W4229621836 citedByCount "3" @default.
- W4229621836 crossrefType "journal-article" @default.
- W4229621836 hasAuthorship W4229621836A5046700761 @default.
- W4229621836 hasAuthorship W4229621836A5056204886 @default.
- W4229621836 hasAuthorship W4229621836A5060833617 @default.
- W4229621836 hasAuthorship W4229621836A5063751658 @default.
- W4229621836 hasAuthorship W4229621836A5074041061 @default.
- W4229621836 hasConcept C101434241 @default.
- W4229621836 hasConcept C102230213 @default.
- W4229621836 hasConcept C102414288 @default.
- W4229621836 hasConcept C102744134 @default.
- W4229621836 hasConcept C104317684 @default.
- W4229621836 hasConcept C119898374 @default.
- W4229621836 hasConcept C122917832 @default.
- W4229621836 hasConcept C130965112 @default.
- W4229621836 hasConcept C135300049 @default.
- W4229621836 hasConcept C141035611 @default.
- W4229621836 hasConcept C153911025 @default.
- W4229621836 hasConcept C156695909 @default.
- W4229621836 hasConcept C167625842 @default.
- W4229621836 hasConcept C19924922 @default.
- W4229621836 hasConcept C203284983 @default.
- W4229621836 hasConcept C2779535977 @default.
- W4229621836 hasConcept C38027674 @default.
- W4229621836 hasConcept C54355233 @default.
- W4229621836 hasConcept C552990157 @default.
- W4229621836 hasConcept C86803240 @default.
- W4229621836 hasConcept C9249648 @default.
- W4229621836 hasConceptScore W4229621836C101434241 @default.
- W4229621836 hasConceptScore W4229621836C102230213 @default.