4
Question
Blood leaving liver and moving to heart will have more concentration of
Blood leaving liver and moving to heart will have more concentration of
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Solution
The correct option is B Urea
In the liver of the animals, ammonia (which is constantly being liberated as the end product of protein metabolism) is detoxified to form urea by the orrithine cycle. So the deoxygenated blood leaving the liver and moving to heart will have more concentration of urea.
In the liver of the animals, ammonia (which is constantly being liberated as the end product of protein metabolism) is detoxified to form urea by the orrithine cycle. So the deoxygenated blood leaving the liver and moving to heart will have more concentration of urea.
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