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• W3137358618 endingPage "e10961" @default.
• W3137358618 startingPage "e10961" @default.
• W3137358618 abstract "Heat shock factors (HSFs) play important roles during normal plant growth and development and when plants respond to diverse stressors. Although most studies have focused on the involvement of HSFs in the response to abiotic stresses, especially in model plants, there is little research on their participation in plant growth and development or on the HSF (PpHSF) gene family in peach (Prunus persica).DBD (PF00447), the HSF characteristic domain, was used to search the peach genome and identify PpHSFs. Phylogenetic, multiple alignment and motif analyses were conducted using MEGA 6.0, ClustalW and MEME, respectively. The function of PpHSF5 was confirmed by overexpression of PpHSF5 into Arabidopsis.Eighteen PpHSF genes were identified within the peach genome. The PpHSF genes were nonuniformly distributed on the peach chromosomes. Seventeen of the PpHSFs (94.4%) contained one or two introns, except PpHSF18, which contained three introns. The in silico-translated PpHSFs were classified into three classes (PpHSFA, PpHSFB and PpHSFC) based on multiple alignment, motif analysis and phylogenetic comparison with HSFs from Arabidopsis thaliana and Oryza sativa. Dispersed gene duplication (DSD at 67%) mainly contributed to HSF gene family expansion in peach. Promoter analysis showed that the most common cis-elements were the MYB (abiotic stress response), ABRE (ABA-responsive) and MYC (dehydration-responsive) elements. Transcript profiling of 18 PpHSFs showed that the expression trend of PpHSF5 was consistent with shoot length changes in the cultivar 'Zhongyoutao 14'. Further analysis of the PpHSF5 was conducted in 5-year-old peach trees, Nicotiana benthamiana and Arabidopsis thaliana, respectively. Tissue-specific expression analysis showed that PpHSF5 was expressed predominantly in young vegetative organs (leaf and apex). Subcellular localization revealed that PpHSF5 was located in the nucleus in N. benthamiana cells. Two transgenic Arabidopsis lines were obtained that overexpressed PpHSF5. The root length and the number of lateral roots in the transgenic seedlings were significantly less than in WT seedlings and after cultivation for three weeks. The transgenic rosettes were smaller than those of the WT at 2-3 weeks. The two transgenic lines exhibited a dwarf phenotype three weeks after transplanting, although there was no significant difference in the number of internodes. Moreover, the PpHSF5-OE lines exhibited enhanced thermotolerance. These results indicated that PpHSF5 might be act as a suppresser of growth and development of root and aerial organs." @default.
• W3137358618 created "2021-03-29" @default.
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• W3137358618 date "2021-03-12" @default.
• W3137358618 modified "2023-10-02" @default.
• W3137358618 title "Genome-wide identification of HSF family in peach and functional analysis of <i>PpHSF5</i> involvement in root and aerial organ development" @default.
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• W3137358618 cites W1595888770 @default.
• W3137358618 cites W1934111397 @default.
• W3137358618 cites W1965077139 @default.
• W3137358618 cites W1967357782 @default.
• W3137358618 cites W1983232279 @default.
• W3137358618 cites W1983606463 @default.
• W3137358618 cites W1984387625 @default.
• W3137358618 cites W1987871229 @default.
• W3137358618 cites W1995792182 @default.
• W3137358618 cites W1995800711 @default.
• W3137358618 cites W2014895266 @default.
• W3137358618 cites W2020134788 @default.
• W3137358618 cites W2033902730 @default.
• W3137358618 cites W2036028864 @default.
• W3137358618 cites W2044652733 @default.
• W3137358618 cites W2052937548 @default.
• W3137358618 cites W2054249262 @default.
• W3137358618 cites W2054846824 @default.
• W3137358618 cites W2057871284 @default.
• W3137358618 cites W2060531604 @default.
• W3137358618 cites W2075778815 @default.
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• W3137358618 cites W2079744357 @default.
• W3137358618 cites W2085787225 @default.
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• W3137358618 cites W2114570899 @default.
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• W3137358618 cites W2153059610 @default.
• W3137358618 cites W2158804744 @default.
• W3137358618 cites W2164190556 @default.
• W3137358618 cites W2164851588 @default.
• W3137358618 cites W2171949084 @default.
• W3137358618 cites W2220195221 @default.
• W3137358618 cites W2224056471 @default.
• W3137358618 cites W2265839838 @default.
• W3137358618 cites W2332412208 @default.
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• W3137358618 doi "https://doi.org/10.7717/peerj.10961" @default.
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