光合作用原初反应

同时，近年来分子生物学、基因工程及点突变技术的快速发展，为人们揭示光合作用原初反应中的光物理、光化学机制奠定了重要的分子学基础。

Meanwhile , the fast developments of molecular biology , genetic engineering and the site mutation technique establish the fundamental molecular basis for us to study the mechanisms of photophysics and photochemistry in the primary processes involved .

本文主要综述了光合能量转换过程中类囊体膜的动态结构变化、同化力组分调节、光合作用原初反应对光照变化的响应及能量转换反应与二氧化碳同化过程的配合等。

The present paper reviewed the dynamic changes in thylakoid membranes during photosynthetic energy conversion , the regulation of ATP / NADPH ratio , the responses of primary reaction to changing light conditions , and the coordination between photosynthetic energy conversion and CO2 assimilation .