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2. In the dark reaction, plant cells can fix CO2 into glycealdehyde-3-phosphate (G3P) in the stroma of chloroplasts, then into glucose or sucrose (sugar) in cytoplasm.How many CO2, high energy electrons and ATP are required to make 1 molecule of sucrose from CO2?CO2: ______________ High energy electrons: ______________ ATP: _______________The source of electrons used in the dark reaction is H2O. The low-energy electrons from H2O are excited and converted to high-energy electrons by the light in the light reaction. How many molecules of H2O will be required to make 1 molecule of sucrose?Spinach has a high tolerance against cold weather and increases its sweetness when it grows under a light frost. Explain how spinach cells can survive under the freezing temperature. Your explanation should correlate how this protective mechanism increases the sweetness of spinach. What chemical principle does spinach use to protect itself from cold weather?
Explain the main types of extracellular signaling.
List the organelles and structures found in cells. Pick one organelle and describe the role it plays in the life of the cell. In your description, comment on what may happen to the cell if the organelle did not function properly. Remember to cite ..
Use a chi-square test, test whether these two loci show independent assortment? How would you describe the frequency of the progeny genotypes?
Eric is a twenty-one-year-old, sexually active college student who presents to the infirmary complaining of dysuria and pyuria.
Describe how the clonal expansion theory explains the more rapid production of antigen specific antibodies, Helper T-cells and Cytotoxic T-cells, during a secondary infection.
The formation of surface blebs caused through ischemia reflects in part plasma membrane injury, but also a sign of cytoplasmic injury.
Suppose that a typical stomach pH of 2.0, how many times more concentrated are the hydrogen ions inside your stomach than in milk?
Assume you hypothesize that an animal with a mutation that affects conversion of the b form of glycogen synthase to the a form could not produce glycogen at functional levels.
find difference between the amino acids
How could these three cell types be clearly and simply distinguished from each other in an experimental laboratory and how and where do these different cell types differentiate to their mature functional characteristics?
Why or why not explain with reason? Work the genetics problem predicting the frequencies of the versions of this trait among their prospective children.
What is the probability that the fetus has inherited the disease allele D if the distance between the D locus and the microsatellite marker locus is: (A) 0 map units? (B) 2 map units? (C) 50 map units? Please explain how to do it. I already have t..
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