Not really.
The excess amino acids are broken down to release the amine part which becomes ammonia. This ammonia combines with CO2 to form urea.
Excess amino acids are broken down into urea primarily through the process of deamination, which occurs in the liver. During deamination, the amino group is removed from the amino acids, resulting in the formation of ammonia, which is then converted into urea through the urea cycle. This urea is subsequently excreted from the body via the kidneys in urine.
The molecular formula of the urea is NH2-CO-NH2. The proteins are long chain of many amino acids. Urea is formed out of metabolism ( break down) of the amino acids.
Urea is synthesised in the liver, from the oxidation of amino acids and/or ammonia. Look up "urea cycle" for details about this process. It is then transported (in the blood) to the kidneys and excreted to the bladder, and exits the body with the urine.
They are broken down into urea then carried via blood to the kidneys and the excreted as urine
proteins. But the type of amino acid obviously depends on the proteins structure. Amino acids are also produced from urea metabolism
amino acids are the components of proteins.
Yes it does
The molecular formula of the urea is NH2-CO-NH2. The proteins are long chain of many amino acids. Urea is formed out of metabolism ( break down) of the amino acids.
urea
Excreted as urea. this was the answer for my test
Urea
Urea is synthesised in the liver, from the oxidation of amino acids and/or ammonia. Look up "urea cycle" for details about this process. It is then transported (in the blood) to the kidneys and excreted to the bladder, and exits the body with the urine.
Urea
kidney
They are broken down into urea then carried via blood to the kidneys and the excreted as urine
The waste product from the conversion of amino acids into glucose is ammonia (NH3). Ammonia is produced during the breakdown of amino acids in the liver and is eventually converted into urea for excretion by the kidneys.
Deamination is a process that occurs in the liver that removes the nitrogen-containing portions (-NH2 groups) from the amino acids. These -NH2 groups subsequently react to form a waste called urea. The liver therefore produces urea from amino groups formed by deamination of amino acids. The blood carries urea to the kidneys, where it is excreted in urine.