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Describe the blood hydrogen carbonate buffer system. What happens when blood acidity rises? Show the equation....

Describe the blood hydrogen carbonate buffer system. What happens when blood acidity rises? Show the equation. What happens when the blood becomes more alkaline? Show the equation. Distinguish between strong and weak acid. List some clinical uses of these acids and write equations for their dissociation in water. Did you find any of these to be a challenge? Why or why not?

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Answer #1

As a product of metabolism, CO2 is produced which, when reacted with the body's water molecules, produces carbonic acid, which dissociates into bicarbonate, this bicarbonate can be combined with free cations in the cells as Na + forming the buffer.

If the blood becomes acidic, the buffer dampens the pH change with the reaction:

NaHCO3 + HCl = NaCl + CO2 + H2O

If the blood becomes basic:

H2CO3 + NaOH = NaHCO3 + H2O

A strong acid is completely dissociated in solution, that is, it grants all its H + ions, while the weak acid does not give all its H + ions in solution.

The clinical use of weak acids lies in their ability to form buffer, which prevents sudden changes in pH, which can be fatal in the body.

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