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Blood filtration takes place in the kidneys ( specifically in the Bowman's capsule )....
filteration of blood:- is in the kidney absorption of nutrients :- is in the small intestine
== == A nephron is where filtration of blood will occur and it is also the million miscroscopic devices inside the kidney
Urine formation in the kidney
The liver breaks down harmful substances as well as non-harmful products such as the deamination of proteins, but the metabolites are put back into the blood circulation. The kidneys then filter these metabolites and other substances out of the blood, returning "cleaned" blood back to the body and harmful substances excreted in water and ultimately urine.
In the glomerulus. Note this is not filtration of urine, it is the filtration of blood leading to the production of urine as a waste product.
Kidney filters blood.
loop of Henley
It will stop working properly. When the kidney is in this state, it is known as metabolic acidosis.
Osmotic pressure in the blood vessel or cell pushes water from a place with a lower concentration of dissolved solids (there is more water on that side, proportionally), to the other side if there is a higher concentration of dissolved solids (because proportionally there is less water)
Well let me tell you child. After filtration you need to RUSH to the hospital, And eat oranges to help your blood pressure flow:)
The short story is that the remaining kidney is able to compensate for the lost kidney relatively rapidly. This occurs especially through hormonal changes that allow the remaining kidney to increase how much work it does.Kidney work is measured by a term called the glomerular filtration rate (GFR), which indicates how much blood the kidney filters per unit time. After the removal of a kidney, hormonal changes occur that ultimately cause GFR in the remaining kidney to increase. Provided that the remaining kidney is healthy and that an adequate GFR is ultimately reached, individuals will survive with a single kidney with few complications.