Ancient human bodies have been found relatively intact in ac

Ancient human bodies have been found relatively intact in acid bogs. Based on the pH, temperature factors affecting enzyme activity in experiments, explain how these bodies have been preserved all this time.
Ancient human bodies have been found relatively intact in acid bogs. Based on the pH, temperature factors affecting enzyme activity in experiments, explain how these bodies have been preserved all this time.

Solution

Higher temperature & PH: increase in temperature & pH is leading to irreversible enzyme regulation and finally inactive. As the temperature is increasing, the rate of covalent modification of active sites responsible for \"reaction mechanism involving various substrates\" are going to change result in inadequate active enzymes in cells finally trigger toxic metabolites that cause \"cell death\" in case of neurons of normal cells that may innervate with heart.

The acid bogs are going to keep the ancient human mummies relatively intact without putrefying the human bodies and their cell structure by preventing bacterial decomposition. These pH and temperature factors of the acid bags are mainly playing a crucial role in affecting the biological cellular enzyme activity that mainly keep the \"all enzymatic reactions\" under \"metastable state\". So that these cells are not going to completely use the cellular products event after death under the native \"enzymatic protein structure\". So that all apoptotic factors have predominantly under “stable state” even in the presence of oxygen. These acid bogs are going to prevent denaturation of enzyme by maintaining specific enzyme pH & temperature suitable for preservation

 Ancient human bodies have been found relatively intact in acid bogs. Based on the pH, temperature factors affecting enzyme activity in experiments, explain how

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