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kidneys
If blood pH is too low (ph < 7.35 ) = acidosis If blood pH is too high (pH > 7.45) = alkalosis In alkalosis: at the intercalated cells of the collecting duct the following occurs: secretion of Hco3- (via Hco3- / cl- antiporters) into the glomerular filtrate, which ultimately forms the urine. Rebsorption of Hydrogen ions (via ATPase dependant proton pumps)
Partially, yes. Most of the pH is regulated by respiration (how fast you breath) with the kidneys providing some fine tuning of the buffering ability of the blood.
The pH of the blood is regulated by short term changes mediated by altering the rate of respiration and on the longer term by filtering of the blood in the kidneys.
Maintenance of the pH of human blood within a certain range is an example of homeostasis. It refers to the tendency toward a relatively stable equilibrium.
kidneys
The kidneys are vital for the maintenance of blood pH - and the lungs also play an important role.The kidneys are responsible for control the electrolytes that contribute to pH.The lungs control the amount of CO2 in the blood - high levels of CO2 cause a drop in pH.If there is a change in pH caused by the kidneys, the lungs will compensate and vice versa. In this way, the body can usually maintain a consistent pH.
Liver disease will allow blood PH to drop to 6
If blood pH is too low (ph < 7.35 ) = acidosis If blood pH is too high (pH > 7.45) = alkalosis In alkalosis: at the intercalated cells of the collecting duct the following occurs: secretion of Hco3- (via Hco3- / cl- antiporters) into the glomerular filtrate, which ultimately forms the urine. Rebsorption of Hydrogen ions (via ATPase dependant proton pumps)
Partially, yes. Most of the pH is regulated by respiration (how fast you breath) with the kidneys providing some fine tuning of the buffering ability of the blood.
The kidneys maintain the pH and regulate water content in the blood. The kidneys also remove waste products and filter them into the bladder to be removed.
ph will become elevated and blood will be more acidic
The pH of the blood is regulated by short term changes mediated by altering the rate of respiration and on the longer term by filtering of the blood in the kidneys.
The kidneys control pH by secreting or reabsorbing H+ ions.
It results in a high ph, become more basic
It means that you are hyperventilating. Some times this is the body's response to what is called acidosis, which is a low blood PH. Since carbon dioxide is an acid in the body, the body will increase the breathing rate to "blow off" some CO2 and raise the blood's PH. This is the body's fastest way to balance blood PH. If we are too acidic, then we blow off more CO2, if we are alkalotic, we slow our breathing down and retain CO2, thereby decreasing our blood PH. Another (slower) regulator of blood PH are the kidneys. When we are chronically acidotic, our kidneys will retain bicarbonate to raise the blood PH. When we are chronically alkalotic, our kidneys will excrete bicarbonate in the urine, thereby lowering the PH.
Blood pH will drop from its normal level, between 7.3 to 7.4, to about 7.1 or 7.0.