Modern enzymes are usually named by incorporating the name of the polymer hydrolyzed and the suffix "-ase". So following those rules, the enzyme that breaks down lactose is lactase.
Maltase. Most enzymes have a name that end with "-ase" following the substrate, or molecule, it helps break.
amylase
lactase
You need to catalyze that ingredient.The death of John would catalyze the crowd to protest.
it is important because the shape of h2o2 must be complementary to the shape of the active site of the calase enzyme. Enzyme substarate complex can be formed and enzyme product complex can then be formed. If h202 shape was not complementary of the shape of the active site of catalase h202 could not be broken down into water and oxygen. Without the enzyme present it would take days for the h202 to break down. It would eventually break but it would take a long time. So the shape is important because without h202 would not be able to bind with the active site.
It would depend on the situation. Some organisms live at very high temperatures and this would not make any difference. In humans, it would cause the enzyme to denature. It would cook them.
C6H12O6 is not a polymer. It is glucose, and is a monomer. If it was strung together with another molecule like fructose, it would become a polymer named sucrose.
Well, unlike competitive inhibitors the non-competitive inhibitors will not compete the active site of the enzyme with substrate . Instead, it will combine with the enzyme somewhere except the ative site and alter the whole shape of the enzymes therefore the active site of substrate and enzyme are not the same and therefore no enzyme-substrate complex can be formed and the enzymatic effect can't be restored becausr the enzymes are now denatured
Lactase catalyzes the breakdown of lactose. It would probably not catalyze the breakdown of starch because enzymes are SPECIFIC and are typically named for the substrate that it acts on. Amylase is the enzyme that catalyzes the breakdown of starch. (Named so because in plants, starch is stored in the amyloplasts)
That would be an enzyme.
You need to be using an enzyme treatment that would breakdown oils
The reaction would be termed a chemical reaction.
You need to catalyze that ingredient.The death of John would catalyze the crowd to protest.
enzyme catalyze the biochemical reactions by lowering their activation energy. An enzyme which take part in such reaction wont be lost or gained any chemical structure and it would be the same after the reaction.
If the conditions in the environment are less than optimal (most often this means temperature, but it can also refer to pressure, salinity [saltiness] or a significant change in pH), the enyzme will lose its shape (called denaturation) and be unable to catalyze the reaction.
A disaccharide, an example of this would be Sucrose, which is a disaccharide made up of Fructose and Glucose, and also Lactose, which is a disaccharide made up of Galactose and Glucose.
No, lactose is a disaccharide. In Greek, poly means many, and di means two. Lactose is composed of two molecules: galactose and glucose, both of which are monosaccharides (mono means one in Greek).
If the enzyme is reversable (can catalyse the reaction in both directions such as Carbonic Anhydrase - H20 + CO2 <-> HCO3 + HO) And assuming that the conditions are such that no one direction is favoured over the other, Then the enzyme will randomly catalyze the products into substrates and vice versa with the net result being equilibrium is maintained. If on the other hand the enzyme will only work in one direction (S -> P) then, depending on the kinetics of the reaction, Substrate would be converted into product disrupting the equilibrium.
The apoenzyme is made of proteins, so it would be Protein Production: mRNA translates the seqence from DNA in tRNA, and different amino acids join to form the protein. Then, the newly formed apoenzyme joins randomly with a co enzyme, such as vitimine B6, and the enzyme then catylizes whatever substrate it is ment to catalyze.
Because evey substrate needs its own enzyme. Every substance has it depends upon the dissociation constant for the enzyme/substrate interaction. Some enzymes can catalyze reactions for low-affinity substrates, as long as the concentration of substrate molecules is great enough.