Soon you will watch a video about an athlete whose improved performance has led some to suspect him of blood doping. Think back to what you learned about the blood doping process. What do you remember about how blood doping works and how it could affect cellular respiration?

Explanation:

Blood doping works through a process of increasing the number of red-blood cells in the body. These red-blood cells carry oxygen to the skeletal muscle which improves the individual's performance by increasing the individual's aerobic capacity and endurance.

When the individual's aerobic capacity is increased (as a result of increased red blood cell in this case) in the muscle, the muscle cells undergo aerobic cellular respiration which causes more ATP to be produced as the aerobic capacity is increased. This is the reason for the endurance enjoyed by an individual who does/undergoes blood doping.

dna is made up of six smaller molecules -- a five carbon sugar called deoxyribose, a phosphate molecule and four different nitrogenous bases (adenine, thymine, cytosine and guanine).

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