Matches in SemOpenAlex for { <https://semopenalex.org/work/W2113462020> ?p ?o ?g. }
- W2113462020 endingPage "1241" @default.
- W2113462020 startingPage "1233" @default.
- W2113462020 abstract "Abstract Construction of high-density genetic linkage maps is crucially important for quantitative trait loci (QTL) studies, and they are more useful when integrated with physical maps. Such integrated maps are valuable genome resources for fine mapping of QTL, comparative genomics, and accurate and efficient whole-genome assembly. Previously, we established both linkage maps and a physical map for channel catfish, Ictalurus punctatus, the dominant aquaculture species in the United States. Here we added 2030 BAC end sequence (BES)-derived microsatellites from 1481 physical map contigs, as well as markers from singleton BES, ESTs, anonymous microsatellites, and SNPs, to construct a second-generation linkage map. Average marker density across the 29 linkage groups reached 1.4 cM/marker. The increased marker density highlighted variations in recombination rates within and among catfish chromosomes. This work effectively anchored 44.8% of the catfish BAC physical map contigs, covering ∼52.8% of the genome. The genome size was estimated to be 2546 cM on the linkage map, and the calculated physical distance per centimorgan was 393 Kb. This integrated map should enable comparative studies with teleost model species as well as provide a framework for ordering and assembling whole-genome scaffolds." @default.
- W2113462020 created "2016-06-24" @default.
- W2113462020 creator A5002289488 @default.
- W2113462020 creator A5010059766 @default.
- W2113462020 creator A5014709725 @default.
- W2113462020 creator A5027292194 @default.
- W2113462020 creator A5037922966 @default.
- W2113462020 creator A5039273714 @default.
- W2113462020 creator A5047003199 @default.
- W2113462020 creator A5052059066 @default.
- W2113462020 creator A5054709496 @default.
- W2113462020 creator A5057287134 @default.
- W2113462020 creator A5065880271 @default.
- W2113462020 creator A5069654784 @default.
- W2113462020 creator A5073070877 @default.
- W2113462020 creator A5078149893 @default.
- W2113462020 creator A5078572492 @default.
- W2113462020 creator A5085834021 @default.
- W2113462020 creator A5087961217 @default.
- W2113462020 creator A5089531719 @default.
- W2113462020 date "2012-10-01" @default.
- W2113462020 modified "2023-09-24" @default.
- W2113462020 title "Second-Generation Genetic Linkage Map of Catfish and Its Integration with the BAC-Based Physical Map" @default.
- W2113462020 cites W1494442509 @default.
- W2113462020 cites W1518517747 @default.
- W2113462020 cites W1786147083 @default.
- W2113462020 cites W1834809368 @default.
- W2113462020 cites W1843857209 @default.
- W2113462020 cites W1845188991 @default.
- W2113462020 cites W1846743152 @default.
- W2113462020 cites W1950144341 @default.
- W2113462020 cites W1970755199 @default.
- W2113462020 cites W1982373218 @default.
- W2113462020 cites W1983710083 @default.
- W2113462020 cites W1991243408 @default.
- W2113462020 cites W1998463960 @default.
- W2113462020 cites W1998552619 @default.
- W2113462020 cites W2003407962 @default.
- W2113462020 cites W2006804112 @default.
- W2113462020 cites W2008241135 @default.
- W2113462020 cites W2010992501 @default.
- W2113462020 cites W2011237769 @default.
- W2113462020 cites W2016678793 @default.
- W2113462020 cites W2018146526 @default.
- W2113462020 cites W2020389323 @default.
- W2113462020 cites W2024379604 @default.
- W2113462020 cites W2024807825 @default.
- W2113462020 cites W2031354115 @default.
- W2113462020 cites W2032325381 @default.
- W2113462020 cites W2032600229 @default.
- W2113462020 cites W2041376955 @default.
- W2113462020 cites W2046392501 @default.
- W2113462020 cites W2075049453 @default.
- W2113462020 cites W2077531948 @default.
- W2113462020 cites W2078501578 @default.
- W2113462020 cites W2085315239 @default.
- W2113462020 cites W2086261146 @default.
- W2113462020 cites W2087462383 @default.
- W2113462020 cites W2088087694 @default.
- W2113462020 cites W2094339523 @default.
- W2113462020 cites W2095912536 @default.
- W2113462020 cites W2102190537 @default.
- W2113462020 cites W2111875246 @default.
- W2113462020 cites W2116252454 @default.
- W2113462020 cites W2118464638 @default.
- W2113462020 cites W2119501580 @default.
- W2113462020 cites W2124362171 @default.
- W2113462020 cites W2127594056 @default.
- W2113462020 cites W2131651770 @default.
- W2113462020 cites W2133636629 @default.
- W2113462020 cites W2134506254 @default.
- W2113462020 cites W2136831919 @default.
- W2113462020 cites W2148247424 @default.
- W2113462020 cites W2148823986 @default.
- W2113462020 cites W2152549406 @default.
- W2113462020 cites W2157144422 @default.
- W2113462020 cites W2167055692 @default.
- W2113462020 cites W2169773990 @default.
- W2113462020 cites W2247309937 @default.
- W2113462020 doi "https://doi.org/10.1534/g3.112.003962" @default.
- W2113462020 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3464116" @default.
- W2113462020 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23050234" @default.
- W2113462020 hasPublicationYear "2012" @default.
- W2113462020 type Work @default.
- W2113462020 sameAs 2113462020 @default.
- W2113462020 citedByCount "41" @default.
- W2113462020 countsByYear W21134620202013 @default.
- W2113462020 countsByYear W21134620202014 @default.
- W2113462020 countsByYear W21134620202015 @default.
- W2113462020 countsByYear W21134620202016 @default.
- W2113462020 countsByYear W21134620202017 @default.
- W2113462020 countsByYear W21134620202018 @default.
- W2113462020 countsByYear W21134620202019 @default.
- W2113462020 countsByYear W21134620202022 @default.
- W2113462020 crossrefType "journal-article" @default.
- W2113462020 hasAuthorship W2113462020A5002289488 @default.
- W2113462020 hasAuthorship W2113462020A5010059766 @default.
- W2113462020 hasAuthorship W2113462020A5014709725 @default.