The answer depends on the enzyme. Some enzymes speed up chemical reactions by bringing two substrates together in the right orientation. Others create an environment inside the active site that's.
An enzyme is just a special chemical. This means that it can react and form temporary bonds. The same way sodium and chlorine come together, enzymes and their substrates can come together. Hope this.
Compartmentalization means that enzymes needed for specific processes can be kept in the places where they act, ensuring they can find their substrates readily, don't damage the cell, and have the.
The substrates in this reaction would be the nucleotides in the template strand as well as free floating nucleotides that will eventually make up the newly replicated strand.
Video transcript - [Lecturer] In this video we're going to look at primary substrates and figure out if the reaction is a substitution or an elimination. So for this primary alkele halide, we know an SN1 reaction.
Each type of enzyme typically only reacts with one, or a couple, of substrates. Some enzymes are more specific than others and will only accept one particular substrate.
This plateau occurs because the enzyme is saturated, meaning that all available enzyme molecules are already tied up processing substrates. At this point, the rate of reaction (amount of product produced.
Because unlike substrates, which have decreased affinity for the active site when they're converted to the product molecules, inhibitors don't really undergo a reaction to change their molecular structure,.
Let's also review the idea that enzymes bind their substrates at a location on the enzyme called the active site, which is where most of the reaction takes place.
