FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3164886181> ?p ?o ?g. }

• W3164886181 abstract "In ubiquitin-mediated post-translational modifications, RING finger families are emerged as important E3 ligases in regulating biological processes. Amylose and amylopectin are two major constituents of starch in wheat seed endosperm. Studies have been found the beneficial effects of high amylose or resistant starch on health. The ubiquitin-mediated post-translational regulation of key enzymes for amylose/amylopectin biosynthesis (GBSSI and SBEII) is still unknown. In this study, the genome-wide analysis identified 1272 RING domains in 1255 proteins in wheat, which is not reported earlier. The identified RING domains classified into four groups-RING-H2, RING-HC, RING-v, RING-G, based on the amino acid residues (Cys, His) at metal ligand positions and the number of residues between them with the predominance of RING-H2 type. A total of 1238 RING protein genes were found to be distributed across all 21 wheat chromosomes. Among them, 1080 RING protein genes were identified to show whole genome/segmental duplication within the hexaploid wheat genome. In silico expression analysis using transcriptome data revealed 698 RING protein genes, having a possible role in seed development. Based on differential gene expression and correlation analysis of 36 RING protein genes in diverse (high and low) amylose mutants and parent, 10 potential RING protein genes found to be involved in high amylose biosynthesis and significantly associated with two starch biosynthesis genes; GBSSI and SBEIIa. Characterization of mutant lines using next-generation sequencing method identified unique mutations in 698 RING protein genes. This study signifies the putative role of RING-type E3 ligases in amylose biosynthesis and this information will be helpful for further functional validation and its role in other biological processes in wheat." @default.
• W3164886181 created "2021-06-07" @default.
• W3164886181 creator A5000551221 @default.
• W3164886181 creator A5010759894 @default.
• W3164886181 creator A5014452799 @default.
• W3164886181 creator A5017760074 @default.
• W3164886181 creator A5050557258 @default.
• W3164886181 creator A5055164358 @default.
• W3164886181 creator A5072370590 @default.
• W3164886181 creator A5074847332 @default.
• W3164886181 creator A5080897924 @default.
• W3164886181 creator A5083894635 @default.
• W3164886181 date "2021-06-01" @default.
• W3164886181 modified "2023-10-14" @default.
• W3164886181 title "Genome-wide analysis of RING-type E3 ligase family identifies potential candidates regulating high amylose starch biosynthesis in wheat (Triticum aestivum L.)" @default.
• W3164886181 cites W1687309826 @default.
• W3164886181 cites W1832030339 @default.
• W3164886181 cites W1862289373 @default.
• W3164886181 cites W1964012007 @default.
• W3164886181 cites W1965995197 @default.
• W3164886181 cites W1966947732 @default.
• W3164886181 cites W1969958451 @default.
• W3164886181 cites W1973061892 @default.
• W3164886181 cites W1975830887 @default.
• W3164886181 cites W1986179073 @default.
• W3164886181 cites W1986627314 @default.
• W3164886181 cites W1989001617 @default.
• W3164886181 cites W1994302475 @default.
• W3164886181 cites W1998931368 @default.
• W3164886181 cites W2002821316 @default.
• W3164886181 cites W2003247108 @default.
• W3164886181 cites W2006313701 @default.
• W3164886181 cites W2012974956 @default.
• W3164886181 cites W2015220624 @default.
• W3164886181 cites W2015658287 @default.
• W3164886181 cites W2020134788 @default.
• W3164886181 cites W2020738975 @default.
• W3164886181 cites W2021111269 @default.
• W3164886181 cites W2027930633 @default.
• W3164886181 cites W2029521486 @default.
• W3164886181 cites W2031108838 @default.
• W3164886181 cites W2037411784 @default.
• W3164886181 cites W2041607967 @default.
• W3164886181 cites W2052046958 @default.
• W3164886181 cites W2052279614 @default.
• W3164886181 cites W2053682208 @default.
• W3164886181 cites W2055470848 @default.
• W3164886181 cites W2056998476 @default.
• W3164886181 cites W2057781662 @default.
• W3164886181 cites W2063581044 @default.
• W3164886181 cites W2066147619 @default.
• W3164886181 cites W2071769268 @default.
• W3164886181 cites W2073224077 @default.
• W3164886181 cites W2073311515 @default.
• W3164886181 cites W2076629995 @default.
• W3164886181 cites W2078101442 @default.
• W3164886181 cites W2100979570 @default.
• W3164886181 cites W2101250936 @default.
• W3164886181 cites W2101291993 @default.
• W3164886181 cites W2103474364 @default.
• W3164886181 cites W2104151397 @default.
• W3164886181 cites W2108419807 @default.
• W3164886181 cites W2109413613 @default.
• W3164886181 cites W2111675378 @default.
• W3164886181 cites W2118822563 @default.
• W3164886181 cites W2120099260 @default.
• W3164886181 cites W2121077625 @default.
• W3164886181 cites W2123144580 @default.
• W3164886181 cites W2128408334 @default.
• W3164886181 cites W2133540908 @default.
• W3164886181 cites W2134530230 @default.
• W3164886181 cites W2135104319 @default.
• W3164886181 cites W2141661142 @default.
• W3164886181 cites W2150915103 @default.
• W3164886181 cites W2159874398 @default.
• W3164886181 cites W2160252178 @default.
• W3164886181 cites W2165902959 @default.
• W3164886181 cites W2175093343 @default.
• W3164886181 cites W2528209439 @default.
• W3164886181 cites W2578584454 @default.
• W3164886181 cites W2587627234 @default.
• W3164886181 cites W2747049288 @default.
• W3164886181 cites W2759576014 @default.
• W3164886181 cites W2777463186 @default.
• W3164886181 cites W2802158184 @default.
• W3164886181 cites W2885211638 @default.
• W3164886181 cites W2900562519 @default.
• W3164886181 cites W2900886708 @default.
• W3164886181 cites W4232394414 @default.
• W3164886181 doi "https://doi.org/10.1038/s41598-021-90685-7" @default.
• W3164886181 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8169666" @default.
• W3164886181 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34075092" @default.
• W3164886181 hasPublicationYear "2021" @default.
• W3164886181 type Work @default.
• W3164886181 sameAs 3164886181 @default.
• W3164886181 citedByCount "8" @default.
• W3164886181 countsByYear W31648861812021 @default.
• W3164886181 countsByYear W31648861812022 @default.
• W3164886181 countsByYear W31648861812023 @default.
• W3164886181 crossrefType "journal-article" @default.

• next