the slightest change in pH can destroy the substance or organism. The pH of a cell's interior helps regulate the cell's chemical reactions. For example, the pH of blood is 7.4, if blood falls to 6.8 or lower or 8.2 or higher, it results in death.
pH is very important to living cells. That is because most living cells only survive in a very very specific range of pH. The smallest variation out of that range could cause the cell to die. That is mostly because proteins created by the cell become become denatured (dissociate, fall apart) when manufactured out of their pH range. Also extreme changes in pH can cause DNA to become denatured.
The answer to that question will remain unanswered because no human will ever need to know that.................
A balanced Ph is required to maintain cells and cellular process. Changes in Ph can affect the membranes of proteins in cells making it difficult to maintain themselves.
pH has a great impact on cellular activity. No cellular activity can happen if a pH is too high or too low for example.
H2 is neutral. It does not affect pH.
Butane does not affect pH. It is not an acid or a base
Ph levels affect the balance of things. If an ecosystems Ph level is off, it can cause a surplus in bacterial growth.
effect of stomach PH on partition coefficient
Adding water will affect the pH. Adding water will shift the pH towards the neutral mark. In the case of an alkaline solution, there will be a decrease in pH.
Pepsin doesn't affect the pH but it is active in an acidic environment.
It will raise the pH.
H2 is neutral. It does not affect pH.
Clay leaching do not affect pH
The pH of human blood is about 7.4.
pH affects the availability of nutrients.
The pH is not affected by iron (Fe).
Na+ does not affect pH.
Butane does not affect pH. It is not an acid or a base
Ph levels affect the balance of things. If an ecosystems Ph level is off, it can cause a surplus in bacterial growth.
6.99
When the PH is increased, the cheese usually softens.