Matches in SemOpenAlex for { <https://semopenalex.org/work/W4297540793> ?p ?o ?g. }
- W4297540793 abstract "The radicle, present in the embryo of a seed, is the first root to emerge at germination, and its rapid growth is essential for establishment and survival of the seedling. However, there are few studies on the critical mechanisms underlying radicle and then radicle length in wheat seedlings, despite its importance as a food crop throughout the world. In the present study, 196 wheat accessions from the Huanghuai Wheat Region were screened to measure radicle length under 4 hydroponic culture environments over 3 years. Different expression genes and proteins (DEGs/DEPs) between accessions with extremely long [Yunong 949 (WRL1), Zhongyu 9,302 (WRL2)] and short roots [Yunong 201 (WRS1), Beijing 841 (WRS2)] were identified in 12 sets of root tissue samples by RNA-seq and iTRAQ (Isobaric tags for relative and absolute quantification). Phenotypic results showed that the elongation zone was significantly longer in root accessions with long roots compared to the short-rooted accessions. A genome-wide association study (GWAS) identified four stable chromosomal regions significantly associated with radicle length, among which 1A, 4A, and 7A chromosomes regions explained 7.17% to12.93% of the phenotypic variation. The omics studies identified the expression patterns of 24 DEGs/DEPs changed at both the transcriptional and protein levels. These DEGs/DEPs were mainly involved in carbon fixation in photosynthetic organisms, photosynthesis and phenylpropanoid biosynthesis pathways. TraesCS1A02G104100 and TraesCS2B02G519100 were involved in the biosynthesis of tricin-lignins in cell walls and may affect the extension of cell walls in the radicle elongation zone. A combination of GWAS and RNA-seq analyses revealed 19 DEGs with expression changes in the four accessions, among which, TraesCS1A02G422700 (a cysteine-rich receptor-like protein kinase 6, CRK6) also showed upregulation in the comparison group by RNA-seq, iTRAQ, and qRT-PCR. BSMV-mediated gene silencing also showed that TaCRK6 improves root development in wheat. Our data suggest that TaCRK6 is a candidate gene regulating radicle length in wheat." @default.
- W4297540793 created "2022-09-29" @default.
- W4297540793 creator A5031323973 @default.
- W4297540793 creator A5031804038 @default.
- W4297540793 creator A5037019547 @default.
- W4297540793 creator A5047399889 @default.
- W4297540793 creator A5060538677 @default.
- W4297540793 creator A5063700616 @default.
- W4297540793 creator A5069546882 @default.
- W4297540793 creator A5070528488 @default.
- W4297540793 date "2022-09-28" @default.
- W4297540793 modified "2023-09-25" @default.
- W4297540793 title "Genome-wide association, RNA-seq and iTRAQ analyses identify candidate genes controlling radicle length of wheat" @default.
- W4297540793 cites W1585891005 @default.
- W4297540793 cites W1596515083 @default.
- W4297540793 cites W1918693233 @default.
- W4297540793 cites W1970367452 @default.
- W4297540793 cites W1973408899 @default.
- W4297540793 cites W1977740097 @default.
- W4297540793 cites W1983345282 @default.
- W4297540793 cites W1985344859 @default.
- W4297540793 cites W1985665190 @default.
- W4297540793 cites W1986302825 @default.
- W4297540793 cites W1993388886 @default.
- W4297540793 cites W2014956626 @default.
- W4297540793 cites W2019013385 @default.
- W4297540793 cites W2019205102 @default.
- W4297540793 cites W2024581598 @default.
- W4297540793 cites W2033932441 @default.
- W4297540793 cites W2035962672 @default.
- W4297540793 cites W2037199116 @default.
- W4297540793 cites W2042999398 @default.
- W4297540793 cites W2045789974 @default.
- W4297540793 cites W2046542417 @default.
- W4297540793 cites W2050183857 @default.
- W4297540793 cites W2078589754 @default.
- W4297540793 cites W2079429791 @default.
- W4297540793 cites W2093572409 @default.
- W4297540793 cites W2105404086 @default.
- W4297540793 cites W2107277218 @default.
- W4297540793 cites W2113641792 @default.
- W4297540793 cites W2115236891 @default.
- W4297540793 cites W2116040786 @default.
- W4297540793 cites W2121174472 @default.
- W4297540793 cites W2122327239 @default.
- W4297540793 cites W2122680836 @default.
- W4297540793 cites W2123358919 @default.
- W4297540793 cites W2124225121 @default.
- W4297540793 cites W2127325798 @default.
- W4297540793 cites W2131445174 @default.
- W4297540793 cites W2132443263 @default.
- W4297540793 cites W2133517699 @default.
- W4297540793 cites W2137329388 @default.
- W4297540793 cites W2137807775 @default.
- W4297540793 cites W2139926752 @default.
- W4297540793 cites W2140979871 @default.
- W4297540793 cites W2142645094 @default.
- W4297540793 cites W2147709272 @default.
- W4297540793 cites W2154431984 @default.
- W4297540793 cites W2163290224 @default.
- W4297540793 cites W2169929045 @default.
- W4297540793 cites W2172241964 @default.
- W4297540793 cites W2192080449 @default.
- W4297540793 cites W2209809889 @default.
- W4297540793 cites W2252512272 @default.
- W4297540793 cites W2313260610 @default.
- W4297540793 cites W2345749528 @default.
- W4297540793 cites W2469789884 @default.
- W4297540793 cites W2472809691 @default.
- W4297540793 cites W2488041515 @default.
- W4297540793 cites W2589108483 @default.
- W4297540793 cites W2608463117 @default.
- W4297540793 cites W2739416909 @default.
- W4297540793 cites W2792028843 @default.
- W4297540793 cites W2797820015 @default.
- W4297540793 cites W2887977524 @default.
- W4297540793 cites W2889174703 @default.
- W4297540793 cites W2921391949 @default.
- W4297540793 cites W2938025767 @default.
- W4297540793 cites W2962769251 @default.
- W4297540793 cites W2967120319 @default.
- W4297540793 cites W2970025679 @default.
- W4297540793 cites W2971514253 @default.
- W4297540793 cites W2990691235 @default.
- W4297540793 cites W3000982480 @default.
- W4297540793 cites W3005015522 @default.
- W4297540793 cites W3111397348 @default.
- W4297540793 cites W3120057013 @default.
- W4297540793 cites W3169830671 @default.
- W4297540793 cites W3214829092 @default.
- W4297540793 doi "https://doi.org/10.3389/fpls.2022.939544" @default.
- W4297540793 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36247556" @default.
- W4297540793 hasPublicationYear "2022" @default.
- W4297540793 type Work @default.
- W4297540793 citedByCount "1" @default.
- W4297540793 countsByYear W42975407932023 @default.
- W4297540793 crossrefType "journal-article" @default.
- W4297540793 hasAuthorship W4297540793A5031323973 @default.
- W4297540793 hasAuthorship W4297540793A5031804038 @default.
- W4297540793 hasAuthorship W4297540793A5037019547 @default.