FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2019290410> ?p ?o ?g. }

• W2019290410 endingPage "634" @default.
• W2019290410 startingPage "623" @default.
• W2019290410 abstract "The chicken is a domesticated form of Red Jungle-fowl (Gallus gallus), which belongs to the Pheasant family (Phasianidae) within the order Galliformes. Domestic chickens carry the genome of the endogenous retrovirus RAV-O as DNA sequences integrated into host chromosomes transmitted through the germ line. We have examined the presence and distribution of RAV-O-related sequences in the DNA of Red Junglefowl and other closely related species of Junglefowl, as well as more distantly related Pheasants and Quail. DNA sequences homologous to RAV-O were analyzed by molecular hybridization in liquid and after electrophoresis of restriction endonuclease fragments. The presence of RAV-O-related sequences in avian DNA does not correlate with phylogenetic relationships. Under stringent conditions of hybridization in liquid, DNA sequences homologous to RAV-O cDNA were detected at high levels (>80% homology) only in the genomes of the domestic chicken and its phylogenetic ancestor, the Red Junglefowl (Gallus gallus). The DNA of two other species of Gallus (G. sonnerati, Sonnerat's Junglefowl and G. varius, Green Junglefowl), of Ring-necked Pheasant and of Japanese Quail contained sequences with <10% homology to RAV-O cDNA. Under conditions permitting mismatching, however, Ring-necked Pheasant DNA hybridized up to 50% of the RAV-O cDNA, and Quail DNA 24%, whereas the extent of hybridization to Sonnerat's and Green Junglefowl DNA was not markedly increased. Analysis of restriction enzyme digests revealed several distinct fragments of DNA hybridizing to chick retrovirus cDNA in both Red Junglefowl and domestic chicken, and multiple fragments in DNA from two species of Phasianus. No fragments with sequences related to chicken retroviruses were found, however, in digests of DNA prepared from Sonnerat's, Ceylonese and Green Junglefowl, from two other Pheasant genera (Chrysolophus and Lophura), or from one Quail genus (Coturnix). Thus the DNA of three Junglefowl species closely related to Gallus gallus lacked RAV-O sequences while the DNA of more distantly related Phasianus species showed significant homology. These results show that RAV-O-related sequences have not diverged together with the normal host genes during the evolution of the Phasianidae. Although RAV-O sequences are endogenous in all domestic chickens and Red Junglefowl studied thus far, it appears that the RAV-O genome has been introduced relatively recently into the germ line of Gallus gallus, following speciation but before domestication, and independently of the related sequences found in members of the genus Phasianus." @default.
• W2019290410 created "2016-06-24" @default.
• W2019290410 creator A5006249991 @default.
• W2019290410 creator A5018286109 @default.
• W2019290410 creator A5021532425 @default.
• W2019290410 creator A5024933784 @default.
• W2019290410 date "1979-07-01" @default.
• W2019290410 modified "2023-09-24" @default.
• W2019290410 title "The distribution of endogenous chicken retrovirus sequences in the DNA of galliform birds does not coincide with avian phylogenetic relationships" @default.
• W2019290410 cites W1483625857 @default.
• W2019290410 cites W1494377489 @default.
• W2019290410 cites W1597438696 @default.
• W2019290410 cites W1641258988 @default.
• W2019290410 cites W1755331993 @default.
• W2019290410 cites W1773594378 @default.
• W2019290410 cites W1795036143 @default.
• W2019290410 cites W193975191 @default.
• W2019290410 cites W1964149773 @default.
• W2019290410 cites W1965030902 @default.
• W2019290410 cites W1967867764 @default.
• W2019290410 cites W1977347222 @default.
• W2019290410 cites W1978851868 @default.
• W2019290410 cites W1980227624 @default.
• W2019290410 cites W1983060585 @default.
• W2019290410 cites W1991517295 @default.
• W2019290410 cites W1993456082 @default.
• W2019290410 cites W1996041999 @default.
• W2019290410 cites W2000150841 @default.
• W2019290410 cites W2004771750 @default.
• W2019290410 cites W2005693214 @default.
• W2019290410 cites W2013177955 @default.
• W2019290410 cites W2013417528 @default.
• W2019290410 cites W2015101848 @default.
• W2019290410 cites W2019165118 @default.
• W2019290410 cites W2019336059 @default.
• W2019290410 cites W2031283707 @default.
• W2019290410 cites W2034422357 @default.
• W2019290410 cites W2035216991 @default.
• W2019290410 cites W2036318864 @default.
• W2019290410 cites W2039234170 @default.
• W2019290410 cites W2039488264 @default.
• W2019290410 cites W2041655318 @default.
• W2019290410 cites W2042507780 @default.
• W2019290410 cites W2056217739 @default.
• W2019290410 cites W2056391338 @default.
• W2019290410 cites W2063085217 @default.
• W2019290410 cites W2063450941 @default.
• W2019290410 cites W2065485884 @default.
• W2019290410 cites W2072257185 @default.
• W2019290410 cites W2082831376 @default.
• W2019290410 cites W2083013195 @default.
• W2019290410 cites W2083707313 @default.
• W2019290410 cites W2085873624 @default.
• W2019290410 cites W2086652459 @default.
• W2019290410 cites W2089464297 @default.
• W2019290410 cites W2110086605 @default.
• W2019290410 cites W2131616416 @default.
• W2019290410 cites W2168651669 @default.
• W2019290410 cites W2276241311 @default.
• W2019290410 cites W2945657197 @default.
• W2019290410 cites W3023107280 @default.
• W2019290410 doi "https://doi.org/10.1016/0092-8674(79)90270-8" @default.
• W2019290410 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/225036" @default.
• W2019290410 hasPublicationYear "1979" @default.
• W2019290410 type Work @default.
• W2019290410 sameAs 2019290410 @default.
• W2019290410 citedByCount "109" @default.
• W2019290410 countsByYear W20192904102012 @default.
• W2019290410 countsByYear W20192904102013 @default.
• W2019290410 countsByYear W20192904102014 @default.
• W2019290410 countsByYear W20192904102015 @default.
• W2019290410 countsByYear W20192904102016 @default.
• W2019290410 countsByYear W20192904102017 @default.
• W2019290410 countsByYear W20192904102018 @default.
• W2019290410 countsByYear W20192904102020 @default.
• W2019290410 countsByYear W20192904102021 @default.
• W2019290410 countsByYear W20192904102023 @default.
• W2019290410 crossrefType "journal-article" @default.
• W2019290410 hasAuthorship W2019290410A5006249991 @default.
• W2019290410 hasAuthorship W2019290410A5018286109 @default.
• W2019290410 hasAuthorship W2019290410A5021532425 @default.
• W2019290410 hasAuthorship W2019290410A5024933784 @default.
• W2019290410 hasConcept C104317684 @default.
• W2019290410 hasConcept C121346293 @default.
• W2019290410 hasConcept C134018914 @default.
• W2019290410 hasConcept C141231307 @default.
• W2019290410 hasConcept C165525559 @default.
• W2019290410 hasConcept C187882448 @default.
• W2019290410 hasConcept C193252679 @default.
• W2019290410 hasConcept C2777474537 @default.
• W2019290410 hasConcept C2777882087 @default.
• W2019290410 hasConcept C2780038584 @default.
• W2019290410 hasConcept C54355233 @default.
• W2019290410 hasConcept C86803240 @default.
• W2019290410 hasConcept C90856448 @default.
• W2019290410 hasConceptScore W2019290410C104317684 @default.
• W2019290410 hasConceptScore W2019290410C121346293 @default.
• W2019290410 hasConceptScore W2019290410C134018914 @default.

• next