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<span>Which two molecules carry energized electrons to the second part of the cellular respiration process?
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<span>NADH and FADH2 are two molecules energized electrons to the second part of the cellular respiration process. This means your answer is the 2nd option.
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Answer: C. Food provides the raw materials for biosynthetic pathways that can produce sugar by a process that is the exact opposite of glycolysis.
Explanation:
Is this a bunch of typos or did you put this question in a different language?
Answer:
Explanation:
The switch from glutamic acid to valine in position 6 of hemoglobin (HB) forms the basis of sickle cell anemia disease pathology.
Valine is hydrophobic and it's chain is shorter than glutamic acid. The lack of the carboxylic acid and shortness of valine will result in loss of the ionic interactions formed between the glutamic acid's carboxylic group and other amino acids. A hydrophobic cavity will form in the beta sheet of HB due to the short and hydrophobic structure of valine. For these reasons, the HB molecule will be less stable and insoluble in water. The insolubility is thought to be caused by fibril formation between the valine interacting with hydrophobic pocket residues of the adjacent HB molecule. This would in turn affect binding of oxygen to HB.
They carry on different on jobs to help the cell work. For example, mitochondria produces energy from the oxidation of glucose.
