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The Ph in your body would not change
the control of respiratory ventilation
When the intra and extra-cellular fluids become very acidic, proteins will not be broken down, because an acidosis bring the pH down, usually, no more than 1 pH. Therefore, that does not effect proteins much.
Buffers resist pH changes in cell cytoplasm, and in extracellular fluids.
It is acutally pH. We use pH to see how many [H+] ions there are in a solution. Blood commonly has a pH of about 7.5-7.6 according to the person.
Hemoglobin oxyhemoglobin is one of the main sources of extracellular fluids for the pH of body fluids. It helps with the protein of the body. It is needed for pH levels.
There is no "body pH." Different fluids of the body have different pH.
Basically, it's because the fluids you take in all have different pH's. Naturally, this will change the pH values of your body. This is, obviously, not healthy for your body, so cells buffer the acidic or basic fluids you take in in order to keep you healthy.
ph-indicator strips (colorpHast)
6.4
Because that is what is needed for maintaining homeostasis in the body. Our blood is slightly alkaline in order to do its job properly. If the blood were more acidic, with a lower pH level, we would be prone to more diseases.
The Ph in your body would not change
They help balance the pH levels of fluids in your body, if that is what you mean. Potassium especially, I think.
Kidneys and lungs
the control of respiratory ventilation
alkalines
When the intra and extra-cellular fluids become very acidic, proteins will not be broken down, because an acidosis bring the pH down, usually, no more than 1 pH. Therefore, that does not effect proteins much.