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NADPH ADP starch carbon dioxide glucose lactase rubisco oxygen proton NADP+ PGAL ATP In the light reactions, electrons boosted from photosystem II pass along the electron transport chain and are used to create a proton gradient, which is needed to produce NADPH by chemiosmotic phosphorylation. Electrons boosted from photosystem I are used to reduce ___ to _, which carries the electrons to the Calvin cycle. In the first step of the Calvin cycle, the enzyme _, which is present in all plants, adds _ to a five-carbon sugar. Then, using the energy and electrons from the light reactions, the three-carbon molecule _ is formed from PGA. Two phosphoglyceraldehyde molecules are combined to form one molecule of _, which plants use to synthesize polysaccharides such as _____.

          NADPH
ADP
starch
carbon dioxide
glucose
lactase
rubisco
oxygen
proton
NADP+
PGAL
ATP
In the light reactions, electrons boosted from photosystem II pass along the electron transport chain and are used to create a proton gradient, which is needed to produce NADPH by chemiosmotic phosphorylation.
Electrons boosted from photosystem I are used to reduce _______ to _______, which carries the electrons to the Calvin cycle.
In the first step of the Calvin cycle, the enzyme _______, which is present in all plants, adds _______ to a five-carbon sugar.
Then, using the energy and electrons from the light reactions, the three-carbon molecule _______ is formed from PGA.
Two phosphoglyceraldehyde molecules are combined to form one molecule of _______, which plants use to synthesize polysaccharides such as _______.

NADPH
ADP
starch
carbon dioxide
glucose
lactase
rubisco
oxygen
proton
NADP+
PGAL
ATP
In the light reactions, electrons boosted from photosystem II pass along the electron transport chain and are used to create a proton gradient, which is needed to produce NADPH by chemiosmotic phosphorylation.
Electrons boosted from photosystem I are used to reduce to , which carries the electrons to the Calvin cycle.
In the first step of the Calvin cycle, the enzyme , which is present in all plants, adds to a five-carbon sugar.
Then, using the energy and electrons from the light reactions, the three-carbon molecule is formed from PGA.
Two phosphoglyceraldehyde molecules are combined to form one molecule of , which plants use to synthesize polysaccharides such as .

Added by Carolina D.

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