40 likes | 51 Views
This guide delves into the complex process of light reactions in photosynthesis, exploring key concepts such as ATP, NADPH, PSII, and PSI. From the generation of energy to the conversion of CO2, this resource provides a detailed explanation of the Calvin cycle and its crucial components. Dive into the mechanisms of ATP synthase, b6f complex, and Rubisco, and gain insights into how plants utilize light energy to produce essential compounds. Discover the significance of NADP+ and NADPH, the role of O2 in photorespiration, and the interplay of molecules like 3PGA and Phosphoglycolate. Enhance your understanding of the intricate processes that drive plant growth and sustenance.
E N D
ADP ATP NADPH NADP+ ATP synthase PSII b6f PSI Light reactions of Photosynthesis
CO2 Rubisco RuBP Calvin cycle 3PG ATP ADP TrioseP NADPH NADP+ ADP ATP NADPH NADP+ ATP synthase PSII b6f PSI Light reactions of Photosynthesis
O2 Rubisco Photorespiration CO2 ATP 3PGA + Phosphoglycolate ADP RuBP Calvin cycle NADPH NADP+ ATP ADP TrioseP NADPH NADP+
O2 Rubisco Photorespiration CO2 ATP 3PGA + Phosphoglycolate ADP RuBP Calvin cycle NADPH NADP+ ATP ADP TrioseP NADPH NADP+ ADP ATP NADPH NADP+ ATP synthase PSII b6f PSI Light reactions of Photosynthesis