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• W2940732487 abstract "Enhancement of crop productivity under various abiotic stresses is a major objective of agronomic research. Wheat (Triticum aestivum L.) as one of the world's staple crops is highly sensitive to heat stress, which can adversely affect both yield and quality. Plant heat shock factors (Hsfs) play a crucial role in abiotic and biotic stress response and conferring stress tolerance. Thus, multifunctional Hsfs may be potentially targets in generating novel strains that have the ability to survive environments that feature a combination of stresses.In this study, using the released genome sequence of wheat and the novel Hsf protein HMM (Hidden Markov Model) model constructed with the Hsf protein sequence of model monocot (Oryza sativa) and dicot (Arabidopsis thaliana) plants, genome-wide TaHsfs identification was performed. Eighty-two non-redundant and full-length TaHsfs were randomly located on 21 chromosomes. The structural characteristics and phylogenetic analysis with Arabidopsis thaliana, Oryza sativa and Zea mays were used to classify these genes into three major classes and further into 13 subclasses. A novel subclass, TaHsfC3 was found which had not been documented in wheat or other plants, and did not show any orthologous genes in A. thaliana, O. sativa, or Z. mays Hsf families. The observation of a high proportion of homeologous TaHsf gene groups suggests that the allopolyploid process, which occurred after the fusion of genomes, contributed to the expansion of the TaHsf family. Furthermore, TaHsfs expression profiling by RNA-seq revealed that the TaHsfs could be responsive not only to abiotic stresses but also to phytohormones. Additionally, the TaHsf family genes exhibited class-, subclass- and organ-specific expression patterns in response to various treatments.A comprehensive analysis of Hsf genes was performed in wheat, which is useful for better understanding one of the most complex Hsf gene families. Variations in the expression patterns under different abiotic stress and phytohormone treatments provide clues for further analysis of the TaHsfs functions and corresponding signal transduction pathways in wheat." @default.
• W2940732487 created "2019-05-03" @default.
• W2940732487 creator A5002188808 @default.
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• W2940732487 creator A5083848380 @default.
• W2940732487 date "2019-04-01" @default.
• W2940732487 modified "2023-10-11" @default.
• W2940732487 title "Genome-wide identification and abiotic stress-responsive pattern of heat shock transcription factor family in Triticum aestivum L." @default.
• W2940732487 cites W1500674875 @default.
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• W2940732487 cites W1562723576 @default.
• W2940732487 cites W1595888770 @default.
• W2940732487 cites W1913751214 @default.
• W2940732487 cites W1965108672 @default.
• W2940732487 cites W1969396288 @default.
• W2940732487 cites W1970198912 @default.
• W2940732487 cites W1970673556 @default.
• W2940732487 cites W1974459872 @default.
• W2940732487 cites W1982602370 @default.
• W2940732487 cites W1983232279 @default.
• W2940732487 cites W1984387625 @default.
• W2940732487 cites W1986113792 @default.
• W2940732487 cites W1987415866 @default.
• W2940732487 cites W1990813498 @default.
• W2940732487 cites W1995800711 @default.
• W2940732487 cites W2000848198 @default.
• W2940732487 cites W2003847336 @default.
• W2940732487 cites W2005102172 @default.
• W2940732487 cites W2013495163 @default.
• W2940732487 cites W2014083300 @default.
• W2940732487 cites W2020497910 @default.
• W2940732487 cites W2027681868 @default.
• W2940732487 cites W2030558776 @default.
• W2940732487 cites W2033902730 @default.
• W2940732487 cites W2036751472 @default.
• W2940732487 cites W2047048484 @default.
• W2940732487 cites W2052937548 @default.
• W2940732487 cites W2053116872 @default.
• W2940732487 cites W2054846824 @default.
• W2940732487 cites W2055592745 @default.
• W2940732487 cites W2061998053 @default.
• W2940732487 cites W2067973570 @default.
• W2940732487 cites W2071013512 @default.
• W2940732487 cites W2076248048 @default.
• W2940732487 cites W2094971410 @default.
• W2940732487 cites W2107218114 @default.
• W2940732487 cites W2109055289 @default.
• W2940732487 cites W2109818458 @default.
• W2940732487 cites W2113715954 @default.
• W2940732487 cites W2117304765 @default.
• W2940732487 cites W2119205648 @default.
• W2940732487 cites W2121522213 @default.
• W2940732487 cites W2131780511 @default.
• W2940732487 cites W2132632499 @default.
• W2940732487 cites W2135621733 @default.
• W2940732487 cites W2136819602 @default.
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• W2940732487 cites W2141282191 @default.
• W2940732487 cites W2141616193 @default.
• W2940732487 cites W2141763026 @default.
• W2940732487 cites W2144781426 @default.
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• W2940732487 cites W2158302449 @default.
• W2940732487 cites W2161922815 @default.
• W2940732487 cites W2162901601 @default.
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• W2940732487 cites W2164851588 @default.
• W2940732487 cites W2220195221 @default.
• W2940732487 cites W2335124897 @default.
• W2940732487 cites W2481855603 @default.
• W2940732487 cites W2527891094 @default.
• W2940732487 cites W2530775645 @default.
• W2940732487 cites W2533355719 @default.
• W2940732487 cites W2586974701 @default.
• W2940732487 cites W2589057502 @default.
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• W2940732487 cites W2725622707 @default.
• W2940732487 cites W2761688050 @default.
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• W2940732487 doi "https://doi.org/10.1186/s12864-019-5617-1" @default.
• W2940732487 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6444544" @default.
• W2940732487 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30935363" @default.
• W2940732487 hasPublicationYear "2019" @default.
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