The inflammatory response increases the temperature of a skin cell above its normal range. this prevents the cell from quickly performing certain enzyme-catalyzed reactions. why would this occur? high temperatures denature the enzyme, slowing the reaction. high temperatures denature the substrate, slowing the reaction. high temperatures denature the enzyme, ending the reaction. high temperatures denature the substrate, ending the reaction. c

Option). high temperatures denature the enzyme, slowing the reaction.

Explanation:

Enzymes are defined as bio-catalysts that enhance the rate of biological reactions by decreasing the activation energy, required to start the reaction. Enzymes are affected by high temperature as enzymes are made up of proteins and proteins get denatured during higher temperature.

Thus, during inflammatory responses, such as fever, enzymes catalyzed reactions become slower due to denaturation of enzymes.

stress fractures occur largely in the feet and legs and are common in sports that require repetitive impact, primarily running/jumping sports such as gymnastics or track and field.

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