Modification of photosynthesis systems
光合系统改造

Project Profile 项目简介

By integrating synthetic biology and AI-driven protein engineering, we aim to optimize the light-harvesting, electron transport, and carbon fixation modules of plant photosynthetic systems. This includes the rational design of photosystem components, Rubisco engineering, and the introduction of novel carbon fixation pathways, with the goal of improving photosynthetic efficiency and crop yield (Zhang et al., Plant Physiology, 2023; Wang et al., Nature Plants, 2024).

通过合成生物学与AI驱动的蛋白质工程手段，优化植物光合系统的集光、电子传递和碳固定模块，包括光系统组分的理性设计、Rubisco工程及新型碳固定途径的引入，提升光合效率和作物产量（Zhang et al. 2023 Plant Physiology, Wang et al. 2024 Nature Plants）。

代表性成果

1. Zhang Y., Wang L., Fernie A. R. (2023). Synthetic Biology Approaches to Enhance Photosynthetic Efficiency. Plant Physiology 192(2): 456-467.
2. Wang L., Zhang Y., Fernie A. R. (2024). Engineering Novel Carbon Fixation Pathways in Plants. Nature Plants 10(3): 234-245.

Project Figure 项目图