Which of the following mechanisms best describes the manner in which lysozyme lowers the energy required for its substrate to reach its transition-state conformation? by speeding up the rate at which water molecules collide with the substrate by altering the shape of the substrate to mimic the conformation of the transition state by binding two molecules and orienting them in a way that favors a reaction between them by binding irreversibly to the substrate so that it cannot dissociate

The correct answer is "by speeding up the rate at which water molecules collide with the substrate".

Explanation:

One of the most common mistakes is to think that enzymes perform the reactions directly, but enzymes act as catalyzers, and the catalysis of hydrolases works by speeding up the rate at which water molecules collide with the substrate. The enzyme lysozyme works under this same premise, and by speeding up the rate of water collision with the substrate, they lower the energy required for its substrate to reach its transition-state conformation. Which ultimately results in the substrate hydrolysis.

answer: glucose is broken down

explanation:

cellular respiration is a three stage process your body undergoes to produce atp. the first of these stages is called glycolysis.

during the process of dna replication, brdu can replace thymidine and incorporate into the newly synthesized dna, cell proliferation thus can be reflected in the extent of brdu incorporation.