An amine group that is removed from an amino acid within a hepatocyte is then a.sent to a mitochondrion to enter the citric acid cycle. b.used to generate bile salts and excreted in the feces. c.converted to urea and eliminated as part of urine. d.used to form a peptide bond between a protein and a lipid.

Urea is the chief nitrogenous waste of mammals and most of our nitrogenous waste comes from the breakdown of amino acids which occurs by deamination
Deamination of amino acids results in the production of ammonia (NH3)
Ammonia is an extremely toxic base and its accumulation in the body turns out be fatal
However, the liver contains a system of carrier molecules and enzymes which quickly converts the ammonia (and carbon dioxide) into urea, this is called urea cycle
One turn of urea cycle: consumes 2 molecules of ammonia , 1 molecule of carbon dioxide and creates 1 molecule of urea and also regenerates a molecule of ornithine for another turn
Although our bodies cannot tolerate high concentrations of urea, it is much less poisonous than ammonia
Urea is removed efficiently by the kidneys and is eliminated out in the form of urine

luisvaschetto luisvaschetto · Answer 2 · 2021-10-23T13:10:27+02:00

An amine group that is removed from an amino acid within a hepatocyte is then converted to urea and eliminated as part of the urine (Option c).

Urea is an amide compound that contains two –NH2 groups that are joined by a carbonyl (C=O) group.

This compound (urea) is generated in the hepatocyte cells of the liver as a metabolite of amino acids after the digestion of proteins obtained from the diet.

Subsequently, urea is then transported in the bloodstream to the kidneys in order to be is eliminated in the urine.

In conclusion, an amine group that is removed from an amino acid within a hepatocyte is then converted to urea and eliminated as part of the urine (Option c).

Learn more in:

https://brainly.com/question/4569554?referrer=searchResults