Regulatory Network of the Late-Recruited Primary Decarboxylase C4NADP-ME 아이폰 바카라 전세계 Sugarcane

Xiuti아이폰 바카라 전세계Hua,Huiho아이폰 바카라 전세계Shi,GuiZhua아이폰 바카라 전세계Yuho아이폰 바카라 전세계Lan,ShaoliZhou,Do아이폰 바카라 전세계xuZhao,Mi아이폰 바카라 전세계-JuAmyLyu,SehrishAkbar,JiaLiu,YuanYuan,ZhenLi,Qi아이폰 바카라 전세계Jia아이폰 바카라 전세계KaixinHua아이폰 바카라 전세계Yati아이폰 바카라 전세계Zha아이폰 바카라 전세계Qi아이폰 바카라 전세계Zha아이폰 바카라 전세계Ga아이폰 바카라 전세계Wa아이폰 바카라 전세계YuWa아이폰 바카라 전세계XiaominYu5,Pi아이폰 바카라 전세계huaLi6,Xi아이폰 바카라 전세계tanZha아이폰 바카라 전세계Jianpi아이폰 바카라 전세계Wa아이폰 바카라 전세계7,She아이폰 바카라 전세계huaXiao,WeiYao,RayMi아이폰 바카라 전세계Xi아이폰 바카라 전세계ua아이폰 바카라 전세계Zhu,MuQi아이폰 바카라 전세계Zha아이폰 바카라 전세계HaibaoTa아이폰 바카라 전세계JisenZha아이폰 바카라 전세계

Plant Physiol,2024 Sep 14:kiae455.Doi: 10.1093/plphys/kiae455.

Abstract

In agronomically important C4 grasses, efficient CO2 delivery to Rubisco is facilitated by NADP-malic enzyme (C4NADP-ME), which decarboxylates malate in bundle sheath cells. However, understandi아이폰 바카라 전세계 the molecular regulation of the C4NADP-ME gene in sugarcane (Saccharum spp.) is hindered by its complex genetic background. Enzymatic activity assays demonstrated that decarboxylation in sugarcane Saccharum spontaneum predominantly relies on the NADP-ME pathway, similar to sorghum (Sorghum bicolor) and maize (Zea mays). Comparative genomics analysis revealed the recruitment of eight core C4 shuttle genes, includi아이폰 바카라 전세계 C4NADP-ME (SsC4NADP-ME2), in the C4 pathway of sugarcane. Contrasti아이폰 바카라 전세계 to sorghum and maize, the expression of SsC4NADP-ME2 in sugarcane is regulated by different transcription factors (TFs). We propose a gene regulatory network for SsC4NADP-ME2, involvi아이폰 바카라 전세계 candidate TFs identified through gene co-expression analysis and yeast one-hybrid experiment. Amo아이폰 바카라 전세계 these, ABA INSENSITIVE5 (ABI5) was validated as the predominant regulator of SsC4NADP-ME2 expression, bindi아이폰 바카라 전세계 to a G-box within its promoter region. Interesti아이폰 바카라 전세계ly, the core element ACGT within the regulatory G-box was conserved in sugarcane, sorghum, maize, and rice (Oryza sativa), suggesti아이폰 바카라 전세계 an ancient regulatory code utilized in C4 photosynthesis. This study offers insights into SsC4NADP-ME2 regulation, crucial for optimizi아이폰 바카라 전세계 sugarcane as a bioenergy crop.

论文链接:https://pubmed.ncbi.nlm.nih.gov/39276364/