Matches in SemOpenAlex for { <https://semopenalex.org/work/W4229365764> ?p ?o ?g. }
- W4229365764 endingPage "2246" @default.
- W4229365764 startingPage "2233" @default.
- W4229365764 abstract "qFT7.1, a major QTL for flowering time in Brassica rapa was fine-mapped to chromosome A07 in a 56.4-kb interval, in which the most likely candidate gene is BraA07g018240.3C. In Brassica rapa, flowering time (FT) is an important agronomic trait that affects the yield, quality, and adaption. FT is a complicated trait that is regulated by many genes and is affected greatly by the environment. In this study, a chromosome segment substitution line (CSSL), CSSL16, was selected that showed later flowering than the recurrent parent, a rapid-cycling inbred line of B. rapa (RcBr). Using Bulked Segregant RNA sequencing, we identified a late flowering quantitative trait locus (QTL), designated as qFT7.1, on chromosome A07, based on a secondary-F2 population derived from the cross between CSSL16 and RcBr. qFT7.1 was further validated by conventional QTL mapping. This QTL explained 39.9% (logarithm of odds = 32.2) of the phenotypic variations and was fine mapped to a 56.4-kb interval using recombinant analysis. Expression analysis suggested that BraA07g018240.3C, which is homologous to ATC (encoding Arabidopsis thaliana CENTRORADIALIS homologue), a gene for delayed flowering in Arabidopsis, as the most promising candidate gene. Sequence analysis demonstrated that two synonymous mutations existed in the coding region and numerous bases replacements existed in promoter region between BraA07g018240.3C from CSSL16 and RcBr. The results will increase our knowledge related to the molecular mechanism of late flowering in B. rapa and lays a solid foundation for the breeding of late bolting B. rapa." @default.
- W4229365764 created "2022-05-10" @default.
- W4229365764 creator A5005866164 @default.
- W4229365764 creator A5009875459 @default.
- W4229365764 creator A5036334377 @default.
- W4229365764 creator A5042239117 @default.
- W4229365764 creator A5046597133 @default.
- W4229365764 creator A5066770602 @default.
- W4229365764 creator A5068124019 @default.
- W4229365764 creator A5070663057 @default.
- W4229365764 creator A5072126060 @default.
- W4229365764 creator A5076298410 @default.
- W4229365764 date "2022-05-09" @default.
- W4229365764 modified "2023-09-28" @default.
- W4229365764 title "Fine mapping and analysis of candidate genes for qFT7.1, a major quantitative trait locus controlling flowering time in Brassica rapa L" @default.
- W4229365764 cites W1521710408 @default.
- W4229365764 cites W1561402164 @default.
- W4229365764 cites W1690145634 @default.
- W4229365764 cites W1801078345 @default.
- W4229365764 cites W1859837269 @default.
- W4229365764 cites W1919257374 @default.
- W4229365764 cites W1945707784 @default.
- W4229365764 cites W195406116 @default.
- W4229365764 cites W1955561117 @default.
- W4229365764 cites W1984068087 @default.
- W4229365764 cites W1986236305 @default.
- W4229365764 cites W1988438712 @default.
- W4229365764 cites W1991308443 @default.
- W4229365764 cites W2001878402 @default.
- W4229365764 cites W2010897775 @default.
- W4229365764 cites W2025604182 @default.
- W4229365764 cites W2026580104 @default.
- W4229365764 cites W2027268783 @default.
- W4229365764 cites W2030148404 @default.
- W4229365764 cites W2031746897 @default.
- W4229365764 cites W2056970736 @default.
- W4229365764 cites W2057641474 @default.
- W4229365764 cites W2063372599 @default.
- W4229365764 cites W2067795756 @default.
- W4229365764 cites W2077922403 @default.
- W4229365764 cites W2079790280 @default.
- W4229365764 cites W2081843412 @default.
- W4229365764 cites W2082091267 @default.
- W4229365764 cites W2085774159 @default.
- W4229365764 cites W2093438983 @default.
- W4229365764 cites W2098355724 @default.
- W4229365764 cites W2106909820 @default.
- W4229365764 cites W2107277218 @default.
- W4229365764 cites W2108234281 @default.
- W4229365764 cites W2110427480 @default.
- W4229365764 cites W2111923794 @default.
- W4229365764 cites W2113605809 @default.
- W4229365764 cites W2114828149 @default.
- W4229365764 cites W2116876050 @default.
- W4229365764 cites W2119180969 @default.
- W4229365764 cites W2129128654 @default.
- W4229365764 cites W2131271579 @default.
- W4229365764 cites W2142831242 @default.
- W4229365764 cites W2143504277 @default.
- W4229365764 cites W2150091969 @default.
- W4229365764 cites W2151489852 @default.
- W4229365764 cites W2152008652 @default.
- W4229365764 cites W2163406301 @default.
- W4229365764 cites W2185641004 @default.
- W4229365764 cites W2192080449 @default.
- W4229365764 cites W2263582186 @default.
- W4229365764 cites W2263875137 @default.
- W4229365764 cites W2271462497 @default.
- W4229365764 cites W2347313712 @default.
- W4229365764 cites W2523962387 @default.
- W4229365764 cites W2618293127 @default.
- W4229365764 cites W2735505976 @default.
- W4229365764 cites W2766403044 @default.
- W4229365764 cites W2781478789 @default.
- W4229365764 cites W2791607454 @default.
- W4229365764 cites W2793702899 @default.
- W4229365764 cites W2811303130 @default.
- W4229365764 cites W2883115691 @default.
- W4229365764 cites W2884482462 @default.
- W4229365764 cites W2892308510 @default.
- W4229365764 cites W2896723627 @default.
- W4229365764 cites W2899094726 @default.
- W4229365764 cites W2900480349 @default.
- W4229365764 cites W2901219128 @default.
- W4229365764 cites W2903022864 @default.
- W4229365764 cites W2905390077 @default.
- W4229365764 cites W2909323585 @default.
- W4229365764 cites W2909824622 @default.
- W4229365764 cites W2972487186 @default.
- W4229365764 cites W2976855142 @default.
- W4229365764 cites W3034009485 @default.
- W4229365764 cites W3041157547 @default.
- W4229365764 cites W3092607593 @default.
- W4229365764 cites W3094286130 @default.
- W4229365764 cites W3135512922 @default.
- W4229365764 cites W3165136326 @default.
- W4229365764 doi "https://doi.org/10.1007/s00122-022-04108-w" @default.
- W4229365764 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35532733" @default.