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• W4246996904 abstract "Abstract Background Wild species of cotton are excellent resistance to abiotic stress. Diploid D-genome cotton showed abundant phenotypic diversity and was the putative donor species of allotetraploid cotton which produce largest textile natural fiber. Results A total of 41,053 genes were expressed in all samples by mapping RNA-seq Illumina reads of G. thurberi (D1), G. klotzschianum (D3-k), G. raimondii (D5) and G. trilobum (D8) to reference genome. The numbers of differently expressed genes (DEGs) were significantly higher under cold stress than salt stress. However, 34.1% DEGs under salt stress were overlapped with cold stress in four species. Notably, a potential shared network (cold and salt response, including 16 genes) was mined out by gene co-expression analysis. Totally, 47,180- 55,548 unique genes were identified in four diploid species by De novo assembly. Furthermore, 163, 344, 330 and 161 positively selected genes (PSGs) were detected in thurberi, G. klotzschianum, G. raimondii and G. trilobum by evolutionary analysis, respectively, and 9.5% - 17% PSGs of four species were DEGs in corresponding species under cold or salt stress. What’s more, most of PSGs were enriched GO term related to response to stimulation. G. klotzschianum showed best tolerance under both cold and salt stress. Interestingly, we found that a RALF-like protein coding gene not only is PSGs of G. klotzschianum, but also belongs to the potential shared network. Conclusion Our study provided new evidence that gene expression variations of evolution by natural selection were essential drivers of the morphological variations related to environmental adaptation during evolution. Additionally, there exist shared regulated networks under cold and salt stress, such as Ca2+ signal transduction and oxidation reduction processes. Our work establishes a transcriptomic selection mechanism for altering gene expression of four diploid D-genome cotton, and provides available gene resource underlying multi-abiotic resistant cotton breeding strategy." @default.
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• W4246996904 date "2020-02-11" @default.
• W4246996904 modified "2023-09-29" @default.
• W4246996904 title "Comparative transcriptome analysis reveals evolutionary divergence and shared network of cold and salt stress response in diploid D-genome cotton" @default.
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• W4246996904 doi "https://doi.org/10.21203/rs.2.16759/v2" @default.
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