Referring to the figure below(first picture) explain photosynthetic electron transport. Then compare the process outlined in the figure with figure 1(second picture), What are the similarities and differences?
Referring to the figure below(first picture) explain photosynthetic electron transport. Then compare the process outlined in the figure with figure 1(second picture), What are the similarities and differences?



Electron transport in oxygenic photosynthesis is a highly regulated process that involves the coordinated action of multiple protein complexes and pigments. The electrons are passed along a series of redox reactions, with energy being released at each step to drive proton pumping and ATP synthesis. Ultimately, the electrons are used to reduce NADP+ and produce NADPH, which provides the reducing power necessary for carbon fixation and other biosynthetic processes.
Photosynthetic hydrogen production involves the transfer of electrons from water molecules to protons, resulting in the production of molecular hydrogen. The electron transport process is somewhat similar to the electron transport observed during oxygenic photosynthesis with some differences that are mentioned below.
Step by step
Solved in 3 steps









