Full-length protein sequences of PP2C gene families of A. thaliana and H. annuus plant species for constructing a phylogenetic tree.

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posted on 2024-03-20, 17:37 authored by Nasrin Akter, Md Shohel Ul Islam, Md. Shahedur Rahman, Fatema Tuz Zohra, Shaikh Mizanur Rahman, M. Manirujjaman, Md. Abdur Rauf Sarkar

Full-length protein sequences of PP2C gene families of A. thaliana and H. annuus plant species for constructing a phylogenetic tree.

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transcriptome profiling revealed stimulating growth factors provided satisfactory models protein phosphatase 2c plays vital roles plant developmental processes phylogenetic tree analysis major factor underlying div >< p develop improved cultivars collinearity analysis showed 2c phosphatase domain showed enhanced expression exhibited higher expression nine hanpp2c genes hanpp2c genes may hanpp2c genes associated five hanpp2c genes 121 hanpp2c genes sunflower breeding programs four stress treatments abundant segmental duplication six hanpp2c proteins 121 pp2c genes two sunflower tissues genes using rna helianthus annuus identified 63 cis root tissue across multiple abiotic stresses sunflower genome (<pp2c gene family hanpp2c genes hanpp2c proteins sunflower (<root tissues annuus multiple stresses gene family abiotic stresses expression profiles sunflower genome gene duplication analyzing cis tandem duplication stress responses stress conditions root tissue h various stresses gene structures wide identification seq data results suggest promoter regions metabolic activities light responsiveness crucial role could play control conditions conserved domains conferring tolerance 3d structures 2 ).17 chromosomes 15 subgroups

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Full-length protein sequences of PP2C gene families of A. thaliana and H. annuus plant species for constructing a phylogenetic tree.

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