Enzymes, in general, are the molecules that enable and accelerate metabolic reactions. In the intestines, this means quickly breaking down nutrients and making them easier to absorb.
because it helps it
Once you digest food the enzymes in the intestine will digest the nutrients into small components. So that they could be absorbed by the intestine into the bloodstream, and throughout the body in order to be reused by the body cells.
No. Enzymes are specific to their substrates.
Consuming protein with carbohydrates or fats slows down the rate of protein digestion because they require different enzymes to break down in the stomach. Eating protein-rich foods alone, without carbohydrates or fats, would have the least effect on the rate of protein digestion.
Active sites. Those atoms of the molecule that effect the London bonds to the target molecule.Structure Those atmos that provide the 'scaffolding' that ensure that the active sites are exactly where they should be.
It has no effect
Enzymes are catalysts. They speed up the digestion of large molecules such as proteins. Digestion is the reaction of these large molecules with water, and it results in their conversion to small, soluble molecules which can be absorbed through the intestine walls. Proteins are converted to amino acids, starch to glucose, and fats to fatty acids and glycerol. Each type of food molecule needs a different enzyme.
Enzymes are catalysts. They speed up the digestion of large molecules such as proteins. Digestion is the reaction of these large molecules with water, and it results in their conversion to small, soluble molecules which can be absorbed through the intestine walls. Proteins are converted to amino acids, starch to glucose, and fats to fatty acids and glycerol. Each type of food molecule needs a different enzyme.
in the small intestines
enzymes are made up of protein. amino acids are a type of protein, but if ever askeda question on what they are made up of, the simple answer of :protein, will beappropriate. enzymes are what speed up the chemical reactions in our body, if wedid not have enzymes the chemical reactions would take a lot longer to take placeand could effect our body functions as the chemical reactions are not happening asthey are suppose to.
not a thing
By Nature of it's design : no. The nature of intercourse which would lead you to suspect this effect is actually caused by trauma created by the activity of intercourse to the intestines ( barometric instability ) and thus the protein product would be compelled to exit the intestines being as it was the first in line at the point of that exit.