Matches in SemOpenAlex for { <https://semopenalex.org/work/W4367852592> ?p ?o ?g. }
- W4367852592 abstract "Heat shock transcription factor (HSF) is an important TF that performs a dominant role in plant growth, development, and stress response network. In this study, we identified a total of 30 HSF members from poplar, which are unevenly distributed on 17 chromosomes. The poplar HSF family can be divided into three subfamilies, and the members of the same subfamily share relatively conserved domains and motifs. HSF family members are acidic and hydrophilic proteins that are located in the nucleus and mainly carry out gene expansion through segmental replication. In addition, they have rich collinearity across plant species. Based on RNA-Seq analysis, we explored the expression pattern of PtHSFs under salt stress. Subsequently, we cloned the significantly upregulated PtHSF21 gene and transformed it into Populus simonii × P. nigra. Under salt stress, the transgenic poplar overexpressing PtHSF21 had a better growth state and higher reactive oxygen scavenging ability. A yeast one-hybrid experiment indicated PtHSF21 could improve salt tolerance by specifically binding to the anti-stress cis-acting element HSE. This study comprehensively profiled the fundamental information of poplar HSF family members and their responses to salt stress and specifically verified the biological function of PtHSF21, which provides clues for understanding the molecular mechanism of poplar HSF members in response to salt stress." @default.
- W4367852592 created "2023-05-04" @default.
- W4367852592 creator A5003442189 @default.
- W4367852592 creator A5009424569 @default.
- W4367852592 creator A5010499975 @default.
- W4367852592 creator A5011562263 @default.
- W4367852592 creator A5025565929 @default.
- W4367852592 creator A5027280914 @default.
- W4367852592 creator A5034863656 @default.
- W4367852592 creator A5049980407 @default.
- W4367852592 date "2023-04-26" @default.
- W4367852592 modified "2023-10-01" @default.
- W4367852592 title "Genome-wide analysis of HSF family and overexpression of PsnHSF21 confers salt tolerance in Populus simonii × P. nigra" @default.
- W4367852592 cites W1914610732 @default.
- W4367852592 cites W1969396288 @default.
- W4367852592 cites W1974203930 @default.
- W4367852592 cites W1974459872 @default.
- W4367852592 cites W1982845410 @default.
- W4367852592 cites W1984387625 @default.
- W4367852592 cites W1987415866 @default.
- W4367852592 cites W1990969907 @default.
- W4367852592 cites W1992595194 @default.
- W4367852592 cites W2019591778 @default.
- W4367852592 cites W2020134788 @default.
- W4367852592 cites W2023912192 @default.
- W4367852592 cites W2048988399 @default.
- W4367852592 cites W2050918733 @default.
- W4367852592 cites W2052937548 @default.
- W4367852592 cites W2053116872 @default.
- W4367852592 cites W2061503827 @default.
- W4367852592 cites W2064956830 @default.
- W4367852592 cites W2067922880 @default.
- W4367852592 cites W2067973570 @default.
- W4367852592 cites W2089176336 @default.
- W4367852592 cites W2101728282 @default.
- W4367852592 cites W2105434771 @default.
- W4367852592 cites W2109818458 @default.
- W4367852592 cites W2125346198 @default.
- W4367852592 cites W2129023473 @default.
- W4367852592 cites W2130742239 @default.
- W4367852592 cites W2135621733 @default.
- W4367852592 cites W2141292707 @default.
- W4367852592 cites W2141616193 @default.
- W4367852592 cites W2147838235 @default.
- W4367852592 cites W2152239989 @default.
- W4367852592 cites W2155627861 @default.
- W4367852592 cites W2157009395 @default.
- W4367852592 cites W2160424695 @default.
- W4367852592 cites W2210960181 @default.
- W4367852592 cites W2220195221 @default.
- W4367852592 cites W2224056471 @default.
- W4367852592 cites W2311203695 @default.
- W4367852592 cites W2332412208 @default.
- W4367852592 cites W2339942637 @default.
- W4367852592 cites W2367698616 @default.
- W4367852592 cites W2402411654 @default.
- W4367852592 cites W2405897575 @default.
- W4367852592 cites W2471781167 @default.
- W4367852592 cites W2481855603 @default.
- W4367852592 cites W2494585666 @default.
- W4367852592 cites W2517056920 @default.
- W4367852592 cites W2519197628 @default.
- W4367852592 cites W2521298391 @default.
- W4367852592 cites W2537010068 @default.
- W4367852592 cites W2566157873 @default.
- W4367852592 cites W2760331375 @default.
- W4367852592 cites W2765923566 @default.
- W4367852592 cites W2774189363 @default.
- W4367852592 cites W2790168560 @default.
- W4367852592 cites W2792876740 @default.
- W4367852592 cites W2901948074 @default.
- W4367852592 cites W2936080113 @default.
- W4367852592 cites W2940732487 @default.
- W4367852592 cites W2941256467 @default.
- W4367852592 cites W2947548565 @default.
- W4367852592 cites W2964684268 @default.
- W4367852592 cites W3008532767 @default.
- W4367852592 cites W3031206638 @default.
- W4367852592 cites W3036319615 @default.
- W4367852592 cites W3037814535 @default.
- W4367852592 cites W3087287744 @default.
- W4367852592 cites W3092781716 @default.
- W4367852592 cites W3111115023 @default.
- W4367852592 cites W3135628515 @default.
- W4367852592 cites W3145473900 @default.
- W4367852592 cites W3194115111 @default.
- W4367852592 cites W4281485185 @default.
- W4367852592 cites W4307263365 @default.
- W4367852592 doi "https://doi.org/10.3389/fpls.2023.1160102" @default.
- W4367852592 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37200984" @default.
- W4367852592 hasPublicationYear "2023" @default.
- W4367852592 type Work @default.
- W4367852592 citedByCount "0" @default.
- W4367852592 crossrefType "journal-article" @default.
- W4367852592 hasAuthorship W4367852592A5003442189 @default.
- W4367852592 hasAuthorship W4367852592A5009424569 @default.
- W4367852592 hasAuthorship W4367852592A5010499975 @default.
- W4367852592 hasAuthorship W4367852592A5011562263 @default.
- W4367852592 hasAuthorship W4367852592A5025565929 @default.
- W4367852592 hasAuthorship W4367852592A5027280914 @default.