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This study explores a range of proteins encoded by specific genes in Oryza sativa (rice), highlighting their roles in various biological processes. Key proteins include heat shock factors (HSF), transcription factors (bZIP, NAC, GRAS), enzymes (GAPDH, fructose-1,6-bisphosphatase), and stress response proteins (superoxide dismutase, Hsp70). The interaction and regulation of these proteins are crucial for rice adaptability, stress response, and overall growth, providing potential insights into improving crop resilience through genetic modification and breeding strategies.
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CONTROL HS_Rec HS_10 HS_60 (Os03g53340) HSF (Os05g34050) bZIP (Os04g50060) GRAS (Os02g46930) Jumonji (Os08g40430) mTERF (Os10g21560) NAC (Os01g57240) expressed protein (Os02g03410) protein kinase (Os07g22710) Ca2+/CaM- protein kinase (Os04g38600) GAPDH (Os03g61890) TOC159 (Os01g64660) Fructose-1,6-bisphosphatase (Os07g05360) PsbR (Os10g10244) Alanyl-tRNAsynthetase (Os03g50130) glutathione S-transferase (Os07g46990) superoxide dismutase (Os06g06490) E3 ligase (Os02g03280) BAX inhibitor motif- protein (Os03g04970) Cpn60 (Os03g15890) RNA binding protein (Os01g43540) SGT1 (Os02g56880) transcriptional corepressor (Os03g11910) Hsp70 (Os02g48110) Hsp110 (Os05g48810) DnaJ (Os01g04350) sHsp EF-1α