Part of understanding  complex metabolic processes like photosynthesis is tracking what is happening at each stage of the pathway.  As you construct this table to use as a study tool, think about what is happening in the cell and why each phase is essential for the overall function of photosynthesis.  Fill out the table below.  You may use your lecture materials, and figures from Chapter 8 of your book are especially useful for this!  Use the following terms in your table (each term may be used more than once).  For the Calvin Cycle, include the number of molecules in each stage, starting with 6 molecules of CO2. thylakoid membrane, stroma photons, H2O, O2, CO2, e-, H+, ADP, P, ATP, NADP+, NADPH G3P, RuBP, PGA, glucose   Where it occurs What goes in What comes out Light Dependent: Photosystem II + b6-f complex       Light Dependent: Photosystem I + NADP reductase + ATP synthase       Calvin Cycle: Carbon fixation       Calvin Cycle: Reduction       Calvin Cycle: Regeneration of RuBP

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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Part of understanding  complex metabolic processes like photosynthesis is tracking what is happening at each stage of the pathway.  As you construct this table to use as a study tool, think about what is happening in the cell and why each phase is essential for the overall function of photosynthesis.

  •  Fill out the table below.  You may use your lecture materials, and figures from Chapter 8 of your book are especially useful for this! 
  • Use the following terms in your table (each term may be used more than once).  For the Calvin Cycle, include the number of molecules in each stage, starting with 6 molecules of CO2.

thylakoid membrane, stroma

photons, H2O, O2, CO2, e-, H+, ADP, P, ATP, NADP+, NADPH

G3P, RuBP, PGA, glucose

 

Where it occurs What goes in What comes out

Light Dependent: Photosystem II + b6-f complex

     
Light Dependent: Photosystem I + NADP reductase + ATP synthase      
Calvin Cycle: Carbon fixation      
Calvin Cycle: Reduction      
Calvin Cycle: Regeneration of RuBP      

 

 

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