Wheat cold and light stress analysis based on the Arabidopsis homology protein-protein interaction (PPI) network

Dynamic Chiropractic

Zhiguo Zhao¹  Jinhu Ma²  Wude Yang³  Weidong Zang⁴  Lishan Wang⁵  Erhua Rong⁷  Dongli Xie⁸  Zhihong Zhao⁹ 

[1]Agricultural 

[2]Beijing Science and Technology University, China.

[3]Co., 

[4]FengHe (Shanghai) 

[5]Information 

[6]Ltd., China.

[7]Shanxi 

[8]Technology 

[9]University, China.

关键词: Cold and light stress;    wheat;    protein-protein interaction (PPI) network.;   

DOI  :  

学科分类：医学（综合）

来源: MPA Media

【 摘 要 】

Light and cold temperature are as two pivotal factors for wheat flowering. To investigate the mechanisms of wheat equipped to reduce cold temperature and light stress, we take advantage of the developed microarray technology. Our analysis revealed that 74 wheat homology genes significantly response to the stress. These genes included; FTSH10, AtCHR12, NF-YB2, HAP3b, GLT1, VHA-A and MPK6, most of which were proved to be involved in the response to cold or light stress. In addition, we identified that DNA replication, spliceosome and mismatch repair pathways were associated with cold and light stress in wheat.

【 授权许可】

Unknown