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1 ment of its aromatic ring during the initial light reaction.
2 ode and express genes for the photosynthetic light reactions.
3 regulating the ATP/NADPH output ratio of the light reactions.
4 lization and/or access are modulated by PSII light reactions.
5  Calvin cycle activity and increased PPP and light reaction activity under infection, the host NADPH/
6 th and survival due to a severe reduction in light reactions and gas exchange necessary for photosynt
7 roton motive force and the regulation of the light reactions are discussed.
8 n of photosynthetic energy or can arise from light reactions as a result of accumulation of chlorophy
9 many plant-specific processes, including the light reactions, carbon fixation, pigment synthesis, and
10 coexpressed with phage genes involved in the light reactions, deoxynucleotide biosynthesis, and the P
11 r were observed together with restoration of light reaction during CPR, in each animal that was succe
12 s, wet versus dry glassware, and dark versus lighted reaction environments.
13 l metabolic pathways, such as photosynthesis light reactions, exhibited significant changes in expres
14 d quantitative changes in pupil diameter and light reaction for assessing the efficacy of cardiopulmo
15                        In the photosynthesis light reactions, homogalacturonan biosynthesis, and chlo
16 ism (amino acids) rather than photosynthetic light reactions (membrane-bound protein) by comparison w
17                                         The 'light reaction' metabolic pathway was identified as a ma
18  induced the expression of genes involved in light reaction of photosynthesis, light signaling and DN
19  (FNR) isoforms, the key enzymes linking the light reactions of photosynthesis to carbon assimilation
20            These studies, which focus on the light reactions of photosynthesis, also indirectly provi
21 loroplastic reductive status that suppressed light reactions of photosynthesis, ultimately leading to
22                                          The light reactions of photosynthesis, which include light-h
23 dinating the rate of CO(2) fixation with the light reactions of photosynthesis.
24 ere most evident in proteins involved in the light reactions of photosynthesis; the relative abundanc
25  strong decrease in abundance of proteins of light reactions (photosynthesis, Calvin cycle, photoresp
26            These proteins were implicated in light reaction, plant hormone pathways and cell-wall-rel
27  the M cells playing more important roles in light reaction, protein synthesis and folding, tetrapyrr
28                               Photosynthetic light reactions rely on the proper function of large pro
29 ites, which were not directly connected with light reactions, such as tocopherols, was more influence
30  first site of inhibition was photosynthetic light reactions (the maximal quantum yield of photosyste
31 es in chloroplasts by linking photosynthetic light reactions to a series of plastid functions.
32  the presence of tripropylamine, generates a light reaction triggered by the application of an electr
33 henotype in which feedback regulation of the light reactions was strongly activated at low light, but
34 ves to adjust to the reduced capacity of the light reaction, while reactive oxygen species defense pr

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