Answer: reduction
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Which step of the Calvin cycle would be affected first by a lack of NADPH?reductioncarboxylationregeneration
The reduction step of the Calvin cycle would slow down and eventually stop. The reduction and regeneration steps of the Calvin cycle would slow down and eventually stop. The carboxylation step of the Calvin cycle would be unaffected. The regeneration step of …
The Calvin cycle is a carefully regulated process because excess starch can be toxic to plant cells. The Calvin cycle uses a rare (and thus "rate-limiting") enzyme called rubisco . The action of rubisco is all that is necessary to produce high-energy triose phosphate from O2.
Start studying Chapter 8 Launchpad. Learn vocabulary terms and more with flashcards games and other study tools. ... Which step of the Calvin cycle would be affected first by a lack of NADPH ? reduction carboxylation regeneration . ... The reduction and regeneration steps of the Calvin cycle would slow down and eventually stop.
The first step of the Calvin cycle is carboxylation where carbon dioxide is combined with RuBP which produces a 6-carbon compound that immediately breaks into two molecules of 3-phosphoglycerate which is the first stable product of the Calvin cycle.
Q. The Calvin cycle is a relatively constant process the rate of which is independent of factors such as temperature and nitrogen concentration .
Tue Jul 17 2018 · Reduction is the second step of the Calvin cycle w...
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