Matches in SemOpenAlex for { <https://semopenalex.org/work/W3037361643> ?p ?o ?g. }
- W3037361643 endingPage "34" @default.
- W3037361643 startingPage "23" @default.
- W3037361643 abstract "MicroRNAs (miRNA) are non-coding 20-24 nucleotide long RNAs regulating gene expression. In this study, we have characterized and analysed expression of miRNAs in Pigeonpea by using bioinformatics and experimental tools. We identified 116 miRNAs belonging to 32 phylogenetic families. Further, transcription start sites of miRNA genes revealed abundance and unique arrangement of adenine at +1 and thymine at -1 position. Promoter analysis exhibited presence of 19 most prevalent motifs which comprises majorly of TATA box and MYC domains. In total, 252 miRNA-targets were identified and found to be involved in various developmental processes and stress responses. Moreover, genome-wide localization studies demonstrated clustering of cca-miRNA 395 and 169 genes. The tandem and segmental duplication events were observed suggesting miRNA genes have been originated parallelly with protein coding genes. The expression analysis revealed induction of cca-miR169a, 398a and 408 miRNAs under drought stress highlighting their involvement. Conversely, down-regulation of their putative targets (NFYA, SOD, and UCLA, respectively) confirmed regulatory role of miRNAs in their expression emphasising the negative relationship between these miRNAs and targets in Pigeonpea. This study reports vast repertoire of miRNA genes which further can be experimentally characterized to elucidate their functions in various biological processes and can be recommended for Pigeonpea improvement programs." @default.
- W3037361643 created "2020-07-02" @default.
- W3037361643 creator A5003698071 @default.
- W3037361643 creator A5044016036 @default.
- W3037361643 creator A5046969489 @default.
- W3037361643 creator A5065146668 @default.
- W3037361643 date "2020-09-01" @default.
- W3037361643 modified "2023-09-30" @default.
- W3037361643 title "Characterization of microRNA genes from Pigeonpea (Cajanus cajan L.) and understanding their involvement in drought stress" @default.
- W3037361643 cites W144423133 @default.
- W3037361643 cites W1872030955 @default.
- W3037361643 cites W1954310507 @default.
- W3037361643 cites W1963719629 @default.
- W3037361643 cites W1966612206 @default.
- W3037361643 cites W1967571738 @default.
- W3037361643 cites W1970364803 @default.
- W3037361643 cites W1970710975 @default.
- W3037361643 cites W1976909997 @default.
- W3037361643 cites W1981763026 @default.
- W3037361643 cites W1984820303 @default.
- W3037361643 cites W1989950745 @default.
- W3037361643 cites W1992512552 @default.
- W3037361643 cites W1994814273 @default.
- W3037361643 cites W1995188206 @default.
- W3037361643 cites W1996936761 @default.
- W3037361643 cites W2001847097 @default.
- W3037361643 cites W2005168458 @default.
- W3037361643 cites W2008329560 @default.
- W3037361643 cites W2008985588 @default.
- W3037361643 cites W2009071581 @default.
- W3037361643 cites W2009539279 @default.
- W3037361643 cites W2011419478 @default.
- W3037361643 cites W2011820514 @default.
- W3037361643 cites W2016127075 @default.
- W3037361643 cites W2020256694 @default.
- W3037361643 cites W2021103410 @default.
- W3037361643 cites W2028308990 @default.
- W3037361643 cites W2032663499 @default.
- W3037361643 cites W2034378026 @default.
- W3037361643 cites W2046458275 @default.
- W3037361643 cites W2047198918 @default.
- W3037361643 cites W2049065350 @default.
- W3037361643 cites W2051695513 @default.
- W3037361643 cites W2061085521 @default.
- W3037361643 cites W2075282670 @default.
- W3037361643 cites W2076497558 @default.
- W3037361643 cites W2077259837 @default.
- W3037361643 cites W2077327925 @default.
- W3037361643 cites W2092828840 @default.
- W3037361643 cites W2094334461 @default.
- W3037361643 cites W2094990382 @default.
- W3037361643 cites W2097606916 @default.
- W3037361643 cites W2097788399 @default.
- W3037361643 cites W2099660828 @default.
- W3037361643 cites W2100945610 @default.
- W3037361643 cites W2101633713 @default.
- W3037361643 cites W2103250001 @default.
- W3037361643 cites W2110679838 @default.
- W3037361643 cites W2111291916 @default.
- W3037361643 cites W2111773716 @default.
- W3037361643 cites W2114570899 @default.
- W3037361643 cites W2116054833 @default.
- W3037361643 cites W2118638573 @default.
- W3037361643 cites W2119901888 @default.
- W3037361643 cites W2119925578 @default.
- W3037361643 cites W2121673931 @default.
- W3037361643 cites W2123364539 @default.
- W3037361643 cites W2126732736 @default.
- W3037361643 cites W2129395023 @default.
- W3037361643 cites W2138664009 @default.
- W3037361643 cites W2138682359 @default.
- W3037361643 cites W2139757817 @default.
- W3037361643 cites W2140415861 @default.
- W3037361643 cites W2140445135 @default.
- W3037361643 cites W2140537064 @default.
- W3037361643 cites W2143735293 @default.
- W3037361643 cites W2144177541 @default.
- W3037361643 cites W2148064582 @default.
- W3037361643 cites W2152327613 @default.
- W3037361643 cites W2153340951 @default.
- W3037361643 cites W2156852055 @default.
- W3037361643 cites W2157039533 @default.
- W3037361643 cites W2158199935 @default.
- W3037361643 cites W2158293926 @default.
- W3037361643 cites W2159444732 @default.
- W3037361643 cites W2160479334 @default.
- W3037361643 cites W2161222316 @default.
- W3037361643 cites W2166002843 @default.
- W3037361643 cites W2166265186 @default.
- W3037361643 cites W2168911096 @default.
- W3037361643 cites W2169416219 @default.
- W3037361643 cites W2394486638 @default.
- W3037361643 cites W2469993736 @default.
- W3037361643 cites W4212941976 @default.
- W3037361643 doi "https://doi.org/10.1016/j.jbiotec.2020.06.019" @default.
- W3037361643 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32610182" @default.
- W3037361643 hasPublicationYear "2020" @default.
- W3037361643 type Work @default.