Kidneys
The antidiuretic hormone is produced and the kidneys take blood and waste and get water to maintain the balance.
no,they take the bad liquids out of your blood and then it puts them in your bladder and then they come out when you go number 1 [pee]
It clears the impure blood
Blood carries away waste products such as carbon dioxide, urea, and lactic acid from cells. These waste products are transported to the organs responsible for eliminating them from the body, such as the lungs, kidneys, and liver.
There are many that does that. Kidneys are blood cleaners that takes the waste and dumps it in the bladder where it becomes urine. Lungs take the toxin CO2 out of your body when exhaling.
Renal veins take blood away from the kidneys and renal arteries bring blood to the kidneys
They filter the blood (actually just the plasma, the watery part of blood). All kinds of stuff are filtered out (glomerulus) and then all the good stuff is reabsorbed (proximal tubules) ... its a throw out the baby with the bathwater, but then catch the baby sort of trick.
Your body cells make waste. They send this waste into the blood. It can make you body sick. The urinary system removes the waste from your blood. Your kidneys are two organs that remove waste from the blood. Water, salt, and other chemicals also leave the blood when waste is removed. Your body needs some of these materials. The kidneys put the right amount of each material back into your blood.Kidneys take out some water with the waste. This mix of waster and water is urine. A tube carries the urine from the kidneys to the urinary bladder. A tight muscle sits at the bottom of the bladder. It keeps urine inside the bladder until it leaves the body.
Cellular wastes.
the blood gets rid of the water in the kidneys from respiration
The primary functions of the kidneys are to filter waste and excess fluids from the blood to produce urine, regulate blood pressure by releasing hormones, maintain electrolyte balance in the body, and regulate the production of red blood cells through the release of erythropoietin.