Above the optimum pH, the enzyme's active site begins to denature or lose its specific shape. This is because the excess hydrogen or hydroxide ions from the high pH interfere with the bonds holding the enzyme's structure together. As a result, the substrate can no longer fit into the active site, which inhibits the enzyme's ability to catalyze reactions. This process is often irreversible, and the enzyme becomes permanently inactive.

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Above the optimum pH, the enzyme's active site begins to denature or lose its specific shape. This is because the excess hydrogen or hydroxide ions from the high pH interfere with the bonds holding the enzyme's structure together. As a result, the substrate can no longer fit into the active site, which inhibits the enzyme's ability to catalyze reactions. This process is often irreversible, and the enzyme becomes permanently inactive.

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Above the optimum pH, the enzyme's active site begins to denature or lose its specific shape. This is because the excess hydrogen or hydroxide ions from the high pH interfere with the bonds holding the enzyme's structure together. As a result, the substrate can no longer fit into the active site, which inhibits the enzyme's ability to catalyze reactions. This process is often irreversible, and the enzyme becomes permanently inactive.

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7.What happens to the enzyme's active site above the optimum pH?

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