That all depends on the enzyme. The majority of enzymes found in the human body would denature (distort and lose its specific active site shape) when exposed to too much heat and stop functioning. Some enzymes can withstand incredible temperature like the enzymes used by simple volcanic organisms. Most enzymes will have evolved to work the most efficiently in their native environment.
Once you boil the enzyme, it will be inactivated. Milk will have no effects of the enzyme.
The enzyme will be re-used in another reaction.
Promethium can be melted and boiled.
Increasing the amount of enzyme used can increase the rate of the reaction, leading to a higher production of the product, up to a certain point. However, at a certain enzyme concentration, the reaction may reach saturation, and increasing the enzyme further may not significantly change the product yield.
The enzyme still remains and can be used again for another reaction.
They are said to be denatured.Their tritiary structure is lost.
Once you boil the enzyme, it will be inactivated. Milk will have no effects of the enzyme.
It all has to do with catalase. Catalase is an enzyme and a biological catalyst in the decomposition of H2O2. When its fresh, catalase is still present in the liver. However, when the liver is boiled, the catalase enzyme is denatured (as it is a protein).
The enzyme will be re-used in another reaction.
A previously boiled egg (unshelled) would simply be heated up and become a very hard boiled egg.
Promethium can be melted and boiled.
it will explode
turns pale
it needs to be boiled to get thick.
it becomes soft
After the enzyme has converted the substrate to the product, it is now free to accept more substrate. The enzyme does not get changed or altered in a reaction.
Boiling enzymes can cause them to denature, disrupting their shape and therefore their function. Denaturation occurs when the enzyme's structure is altered, leading to the loss of its active site and preventing it from binding to its substrate effectively. Once denatured, the enzyme may no longer be able to catalyze chemical reactions as efficiently or at all.