在Trichoderma reesei中,RGS4影响碳水化合物和 siderophore代谢
Miriam Schalamun1, Eva Maria Molin1, Monika Schmoll2,3
1AIT Austrian Institute of Technology GmbH, Bioresources Unit, Center for Health & Bioresources, Konrad Lorenz Strasse 24, Tulln, 3430, Austria.
BMC genomics
|July 3, 2023
概括
三甲虫reesei 在线阅读
科学领域:
- 菌类学 菌类学是指菌类学.
- 分子生物学分子生物学
- 生物化学 生化学
背景情况:
- 菌适应不断变化的环境依赖于信号通路.
- 异构三蛋白G蛋白通路对于真菌的适应至关重要.
- 在Trichoderma reesei中,G蛋白信号影响生长,酶生产和新陈代谢,通常以光线依赖的方式.
研究的目的:
- 研究Trichoderma reesei中的G蛋白信号传递 (RGS) 蛋白RGS4的SNX/H型调节器的功能.
- 确定RGS4在调节生理过程和基因表达中的作用.
- 阐明RGS4的特定功能,特别是对光和应激的反应.
主要方法:
- 在Trichoderma reesei中的RGS4蛋白的功能分析.
- 在各种条件下,RGS4删除突变体的表型特征.
- 转录组分析以确定RGS4调节基因.
- 生物现象型微阵列测试以评估特定营养来源的生长.
主要成果:
- RGS4调节细胞质的产生,生长,无性发育和应激反应 (氧化和透).
- 转录组分析显示,RGS4影响核糖体基因,与RutC30相关的基因,转录因子和转运体.
- RGS4积极调节 siderophore 集群用于沙林C生物合成,特别是在光线下.
- 与 siderophore 相关的营养物质和储存碳水化合物/银糖/氨糖通路的生长受到 RGS4 的影响,特别是在光线下.
结论:
- 在Trichoderma reesei中,RGS4主要在光线条件下运行.
- RGS4影响植物细胞壁降解, siderophore 生产和储存化合物代谢.
- RGS4是一个关键的调节器,将光信号与真菌的代谢和发育过程相结合.
关键词:
细胞质细胞质细胞质.这种植物名为Hypocrea jecorina.铁的平衡是铁的平衡.光响应对光的反应营养物质感应 营养物质感应它是G蛋白信号传递的调节器.这就是Siderophore.储存碳水化合物 的碳水化合物三甲虫reesei 在线阅读更多相关视频
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