第一篇文章“In planta study of photosynthesis and photorespiration using NADPH and NADH/NAD+ fluorescent protein sensors”,表明光呼吸会在线粒体中产生大量的NADH,而多余的NADH会以苹果酸形态输出到细胞质中。因此,在光合作用期间,拟南芥叶绿体和线粒体都分别产生过量还原基。“我们所发展的植物荧光蛋白传感器能够...
Photosynthesis:Photosynthesis is a process which utilize carbon dioxide to make simple monosaccharides. Photosynthesis is divided up between a light-independent reaction and a light-dependent reaction.Answer and Explanation: ATP, NADPH, and RUBP are different components involved in photosynthesis. ATP is ...
THE accepted pathway of COfixation in plant photosynthesis requires that the photosynthetic light reactions produce ATP and reduced pyridine nucleotide (NADPH) in the molar ratio 3:2 (ref. 1). Early studies of photosynthetic phosphorylation suggested that non-cyclic electron transport could produce ...
光合作用(photosynthesis)是地球上进行的最大的有机合成反应。它是指含光合色素(主要是叶绿素)的植物细胞和细菌,在日光下利用无机物质(CO2,H2O,H2S)合成有机化合物(C6H12O6),并释放出氧气(O2)或其他物质(如S等)的过程[1]。其一般化的表示形式为: (括号后加6) 光合作用的场所是叶绿体,其过程分为两个阶段:第...
Plants rely on solar energy to synthesize ATP and NADPH for photosynthetic carbon fixation and all cellular need. Mitochondrial respiration is essential in plants, but this may be due to heterotro...
生物光合作用中ATP合酶的催化作用机制.doc,生物光合作用中ATP合酶的催化作用机制 光合作用(photosynthesis)是地球上进行的最大的有机合成反应。它是指含光合色素(主要是叶绿素)的植物细胞和细菌,在日光下利用无机物质(CO2, H2O, H2S)合成有机化合物(C6H12O6),并释放
b. Describe the role played by each of the coenzymes NADPH and ATP in photosynthesis.NADPH transfers hydrogen ions. Protons and electrons was also an acceptable answer.ATP reansfers energy.___ 相关知识点: 试题来源: 解析 NADPH transfers hydrogen ions.Protons and electrons was also an acceptable...
Light Reactions Capture sunlight energy, producing NADPH and ATP. Calvin Cycle Uses ATP to synthesize glucose from CO2. Oxygen Production Byproduct of photosynthesis, released by plants. 這項內容已經透過AI強化,原作者也可能進行過修改,因此它可能有錯誤或問題。請舉報任何需要我們審查的問題。關於...
The source of ATP for GCs is a matter of ongoing debate that is mainly fuelled by controversies around the ability of GC chloroplasts (GCCs) to perform photosynthesis. By imaging compartment-specific fluorescent ATP and NADPH sensor proteins in Arabidopsis, we show that GC photosynthesis is ...
Darkness: Photosynthesis does not occur in the dark. b2. Nigericin: Nigericin uncouples electron transport through the thylakoid membrane, resulting in the inhibition of ATP synthesis by FoF1-ATPase (Theg et al., 1989). C. ATP degradation c1. Apyrase: External NTPs are degraded to NDPs, wh...