It removes body waste by the process of deamination.
Your liver converts the nitrogenous waste into urea, which is then transported out of the body when you urinate.
liver
The excretion is the process that remove waste from your body, And the urinary system remove cellular waste from your body
The excretory system or waste removal system.
The gall bladder works with the liver. It stores the waste products from the liver until they can be got rid of. The liver cleans the blood and produces the bile which is puts into the gallbladder.
Yes.
Kidneys and the liver filter waste liquids from the body. If the body doesn't eliminate these from the blood stream thru urination then the body's blood supply will become toxic. If the kidneys and liver are not working or not working to a minimum proficiency than the body can not remove the waste and will die. With kidney failure, a mechanical solution exists in the form of an artificial kidney to remove the waste, it is called dialysis. Dialysis can be performed at home or at a medical site. An artificial liver does not exist and only a liver transplant must be preformed to save the body. Kidneys can also be transplanted!
Your kidneys remove one type of waste your liver removes a different type of waste. Your kidneys remove urea and anything else your body will never want to use again. Your kidneys remove dissolved items from your blood stream. Your liver removes wastes that can be re-digested and used again in the process of digestion. Your liver also removes unwanted solid material from your blood stream.
The liver organ.
Your liver.
Your kidneys and liver
Your liver converts the nitrogenous waste into urea, which is then transported out of the body when you urinate.
liver
The liver disposes of waste and maintains the human body temperature of 98.7
No, that's what your spleen and liver are for.
Urea is a waste product. It is synthesized from waste ammonia by the liver as a way to remove nitrogen from the body without changing the pH of body fluids. It travels to the kidneys, where it assists with osmotic action, and is eventually expelled in urine.
it recycles waste in the body