The final carrier of electrons from psi is ferredoxin which can then dispose of electrons to produce either ATP and NADPH. The linear photosynthetic electron transfer chain, the small soluble protein ferrodoxin transfer the electron to Fd: NADPH oxidareductase which then reduce NADP + to support C assimilation.
Ferredoxin containing protein which acts as the electron acceptor associated with photo-system in photosynthesis. It accepts an electron and is reduced, giving it the capacity to pass on those electron as a part of the electron transport process.
The NADPH is produced in final stage of electron transfer as ferredoxin transfers electron to ferredoxin- NADP+ oxidoreductas which reduce NADP+ to NADPH.
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Producers produce food for their own consumption as well as energy for the rest of the ecosystem. Producers include any green plant, such as a tree or grass, as well as algae and chemosynthetic bacteria. Consumers are organisms that require food to survive. Deer and rabbits, for example, are primary consumers who only eat producers.
Insulin receptors regulate glucose level in blood. Without that, glucose level would uncontrolled (not normal) (high and low) and it would be impossible to maintain homeostasis. I Hope I Helped You Good Luck.