enzymes can build structures inside the body, can help provide the body with energy or can break down structures or molecules in various places in our body, they also work as a digestive enzymes
hope that helps
An enzyme is a natural biological catalyst. Amylase is an enzyme that acts as a catalyst to break down starch into sugars that can be absorbed by the body. Amylase is produced by the salivary gland and the pancreas.
A catalyst is something that speeds up a reaction without being used up, or reacting with the reactants.
the name of an enzyme ends with ase for eg lipase,amylase
You can tell that amylase is an enzyme just by its' name. Most all enzymes end in -ase. This enzyme helps to break down amylose (a sugar).
i dont know but there is a website its wikipiedia
The binding of an enzyme and a substrate forms an enzyme-substrate complex. It lowers the activation energy of a chemical reaction
Yes, fructase is an enzyme.
Yes, kinesin is an enzyme.
The shape of the active site is distorted.
no it is something inside a eubacteria
What the reasons why it is beneficial to know prescisely how you are ging to study enzyme or a protein?
Extracellular enzyme is an enzyme that performs its role or function outside a cell. The purpose of experimenting extracellular enzyme is to know how can it affect our body when the bacteria secretes.
I don't know.. who can tell me that?
an enzyme. although i dont know if an enzyme is an organic molecule
it speeds it
It depends on the enzyme that you want to test. If the enzyme uses or produces a compound that is detectable, and you know what compounds the enzyme needs to use/produce this, you can add a known amount of the substrate (the compound that is used) to the enzyme and measure the product (the compound that is produced) over time.Answers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comAnswers.comThis approach only works if there is only one enzyme that can act on the compound you are measuring.If you already have that enzyme in pure form you can make an antibody against it and do an Enzyme linked immunosorbent assay (ELISA) or a Western blot, which will give you a signal if the enzyme is present.
Your body is full of enzymes that do various things for you. They aid in performing chemical reactions. But, if you put something in your body (like a drug or toxin), the enzymes can get messed up and not work. So, enzyme inhibition means that an enzyme is being inhibited (messed up) by something.
the region where a reactant binds to an enzyme is known as the active site
i dont know it.!
man i don't know
Nope, it's an element. It's also a co-factor in something I can't remember the name of... However, definitely NOT an enzyme. Enzymes have to be proteins.