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Rong Miao, Caijuan Li, Ziliang Liu, Xiangyan Zhou, Sijin Chen, Dan Zhang, Jiaqi Luo, Wenhui Tang, Cuiling Wang, Jiling Wu and Zhengjun Chen
Plants are vulnerable to many abiotic stresses, resulting in reduced plant productivity. Its adaptation to unfavorable environments relies on transmitting external stress signals into internal signaling pathways. A series of stress response mechanisms ha...
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Qi Zhang, Aixia Zhang, Le Yang, Jinpeng Wei, Jinlong Bei, Zhenjiang Xu, Xiaofeng Wang and Bingxian Chen
Seed germination requires the relaxation of endosperm cap and radicle cell walls, with cell wall hydrolases playing a significant role in this process. Our study revealed that a type of cell wall hydrolase, xyloglucan endotransglucosylase, may significan...
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Yifan Pan, Ao Zheng, Guiqi Li and Yuanming Zhang
Although soybean and chickpea belong to the legume family, their seed starch content is very different. Currently, many studies focus on the molecular mechanisms of starch synthesis within a single species. However, the key genes and regulatory relations...
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Tatiana A. Timofeeva, Anastasiya N. Bubnova, Balzhima T. Shagdarova, Valery P. Varlamov and Anastasiya M. Kamionskaya
The latest research has shown that chitosan acts as a growth stimulator and elicitor in plants, including resistance to biotic and abiotic factors. However, increasing concentrations could possibly make chitosan a source of stress for plants. In this stu...
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Huiying Shang, Lulu Xun, Tao Miao, Chen Chen, Yuan Lu and Bin Li
The size of leaves is a vital factor in the development and overall biomass of a plant, serving as a key indicator of how a plant adapts to its environment. Rhamnus heterophylla, a species known for its heteromorphic leaves of varying sizes, presents an ...
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