FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2084954957> ?p ?o ?g. }

• W2084954957 endingPage "55" @default.
• W2084954957 startingPage "29" @default.
• W2084954957 abstract "In 1985, Alec Jeffreys reported the development of multilocus DNA fingerprinting by Southern blot‐detection of hypervariable minisatellites or variable number of tandem repeat (VNTR) loci. This technology found immediate application to various forensic and scientific problems, including fisheries and aquaculture. By 1989, however, it was recognized by many researchers that inherent problems exist in the application of multilocus fingerprinting to large sample sizes as might occur in fisheries and aquaculture genetic studies. As such, individual VNTRs were cloned for single‐locus DNA fingerprinting. Although single‐locus fingerprinting ameliorates many of the problems associated with multilocus DNA fingerprinting, it suffers from the problem that electrophorectic anomalies of band migration within and between gels necessitates binning of alleles, thus underestimating genetic variability in a given population. Amplification of microsatellite loci by the polymerase chain reaction, however, solved many of the problems of Southern blot‐based DNA fingerprinting. Moreover, microsatellites exhibit attributes that make them particularly suitable as genetic markers for numerous applications in aquaculture and fisheries research: (1) they are abundant in the genome; (2) they display varying levels of polymorphism; (3) alleles exhibit codominant Mendelian inheritance; (4) minute amounts of tissue are required for assay (e.g., dried scales or otoliths); (5) loci are conserved in related species; (6) potential for automated assay. Recent innovations in DNA fingerprinting technology developed over the past 5 years are discussed with special emphasis on microsatellites and their application to fisheries and aquaculture, e.g., behavioural and population genetics of wild species, and selection and breeding programmes for aquaculture broodstock." @default.
• W2084954957 created "2016-06-24" @default.
• W2084954957 creator A5024559792 @default.
• W2084954957 creator A5089359367 @default.
• W2084954957 date "1995-12-01" @default.
• W2084954957 modified "2023-10-14" @default.
• W2084954957 title "The evolving technology of DNA fingerprinting and its application to fisheries and aquaculture" @default.
• W2084954957 cites W119415713 @default.
• W2084954957 cites W1964158190 @default.
• W2084954957 cites W1966435810 @default.
• W2084954957 cites W1966489527 @default.
• W2084954957 cites W1967590883 @default.
• W2084954957 cites W1967893122 @default.
• W2084954957 cites W1971504973 @default.
• W2084954957 cites W1972628735 @default.
• W2084954957 cites W1973611733 @default.
• W2084954957 cites W1978882327 @default.
• W2084954957 cites W1983018907 @default.
• W2084954957 cites W1985192042 @default.
• W2084954957 cites W1985364431 @default.
• W2084954957 cites W1988901704 @default.
• W2084954957 cites W1993747758 @default.
• W2084954957 cites W2001380283 @default.
• W2084954957 cites W2002443046 @default.
• W2084954957 cites W2004088993 @default.
• W2084954957 cites W2004718349 @default.
• W2084954957 cites W2006186117 @default.
• W2084954957 cites W2007865169 @default.
• W2084954957 cites W2010698957 @default.
• W2084954957 cites W2010933912 @default.
• W2084954957 cites W2011042857 @default.
• W2084954957 cites W2013403951 @default.
• W2084954957 cites W2014406751 @default.
• W2084954957 cites W2015473205 @default.
• W2084954957 cites W2026010980 @default.
• W2084954957 cites W2028713018 @default.
• W2084954957 cites W2029180509 @default.
• W2084954957 cites W2029342880 @default.
• W2084954957 cites W2031074790 @default.
• W2084954957 cites W2031349281 @default.
• W2084954957 cites W2031753885 @default.
• W2084954957 cites W2035159143 @default.
• W2084954957 cites W2036504440 @default.
• W2084954957 cites W2037048131 @default.
• W2084954957 cites W2040825336 @default.
• W2084954957 cites W2045132480 @default.
• W2084954957 cites W2045638653 @default.
• W2084954957 cites W2055037186 @default.
• W2084954957 cites W2056687440 @default.
• W2084954957 cites W2058825091 @default.
• W2084954957 cites W2061941091 @default.
• W2084954957 cites W2063709077 @default.
• W2084954957 cites W2065749823 @default.
• W2084954957 cites W2071996757 @default.
• W2084954957 cites W2073917725 @default.
• W2084954957 cites W2076017344 @default.
• W2084954957 cites W2083254217 @default.
• W2084954957 cites W2087184465 @default.
• W2084954957 cites W2088073190 @default.
• W2084954957 cites W2088200253 @default.
• W2084954957 cites W2090631526 @default.
• W2084954957 cites W2091166975 @default.
• W2084954957 cites W2091366586 @default.
• W2084954957 cites W2091955031 @default.
• W2084954957 cites W2092781336 @default.
• W2084954957 cites W2097323369 @default.
• W2084954957 cites W2112066577 @default.
• W2084954957 cites W2131681278 @default.
• W2084954957 cites W2136401004 @default.
• W2084954957 cites W2137445375 @default.
• W2084954957 cites W2147372055 @default.
• W2084954957 cites W2148927212 @default.
• W2084954957 cites W2156806950 @default.
• W2084954957 cites W2156843275 @default.
• W2084954957 cites W2159991980 @default.
• W2084954957 cites W2160855638 @default.
• W2084954957 cites W2164109844 @default.
• W2084954957 cites W2168245023 @default.
• W2084954957 cites W2171711413 @default.
• W2084954957 cites W2179032951 @default.
• W2084954957 cites W4211062908 @default.
• W2084954957 cites W4248936749 @default.
• W2084954957 cites W4256178907 @default.
• W2084954957 doi "https://doi.org/10.1111/j.1095-8649.1995.tb06042.x" @default.
• W2084954957 hasPublicationYear "1995" @default.
• W2084954957 type Work @default.
• W2084954957 sameAs 2084954957 @default.
• W2084954957 citedByCount "158" @default.
• W2084954957 countsByYear W20849549572012 @default.
• W2084954957 countsByYear W20849549572013 @default.
• W2084954957 countsByYear W20849549572014 @default.
• W2084954957 countsByYear W20849549572015 @default.
• W2084954957 countsByYear W20849549572016 @default.
• W2084954957 countsByYear W20849549572017 @default.
• W2084954957 countsByYear W20849549572018 @default.
• W2084954957 countsByYear W20849549572019 @default.
• W2084954957 countsByYear W20849549572020 @default.
• W2084954957 countsByYear W20849549572021 @default.

• next