liver usually converts ammonia to urea
yes
Our liver converts ammonia into urea. This urea is excreted out in the urine.
No. Ammonia and urea are distinct chemical compounds, as are their nitrates.
Ammonia is part of an amino group which is highly toxic thus cannot be allowed directly into the blood to travel from liver to kidney. It must first be converted into urea or uric acid a less toxic form. It can then travel to the kidney where it is filtered and then eliminated from the body. The term for breaking down the amino group to form ammonia is called deamination.
Urea is used in fertilizers and is not considered toxic. Ammonia is toxic and is what converts readily to urea.
Urea is less toxic than ammonia.
Urea is the less toxic in nature among the nitrogenous wastes where as Ammonia is 100,000 times toxic than urea.
UREA
Yes.
Urea
No they do not. Humans does not contain ammonia in urine.
Urea is made in the body by the liver, it is a by product produced in the process of removing ammonia, Ammonia is extremely toxic for the human body. Urea is then excreted from the blood filtered through the kidneys.
Urea and ammonia increase because water is reabsorbed from the nephron, making the urea more concentrated.
The liver produces urea when it metabolises (breaks down) proteins. This is done in hepatocytes (liver cells). Amino acids are first broken down into ammonia, which is highly soluble and toxic in the blood plasma, so ammonia is joined with carbon dioxide to make urea, this is less soluble and less toxic but a build up of urea is toxic in the blood. Urea is then transported in the blood to be filtered out by the kidneys.
Urea is a non-toxic molecule made of toxic ammonia and carbon dioxide that is found in Urine. Dehydration causes your urine to be more concentrated and may have a stronger smell than normal,
If urea accumulated in the blood, then you would probably die, because urea is technically a diluted version of ammonia, which is highly toxic.You would die because urea comes from the toxic nitrogenous waste in our body, and although less toxic, is still harmfull.