Yes. Enzymes are proteins. They are composed entirely of amino acids
All the enzymes are protein or protein conjugates(with lipids or carbohydrates)
No, lipases are enzymes that digest lipids, i.e. glycerides or cholesterols, into smaller parts. Gelatin is composed mostly collagen, which is a protein. Thus, to break down collagen you would need a protease.
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.
They are type of proteins. They are 3D globular proteins
protein is essential since all enzymes are protein
All the enzymes are protein or protein conjugates(with lipids or carbohydrates)
Most enzymes are protein, but not all protein are enzymes.
All Enzymes are composed of, and from, Proteins.
Enzymes are Protein in Nature. Proteins are more precisely described as biochemical compounds. Some enzymes are combined with Rna's to form for example - Ribozymes. Enzymes, while completely composed from Organic Protein, are 'merely' one Form of Protein.
B) Enzymes are composed of chains of amino acids and are considered to be a type of protein.
No, lipases are enzymes that digest lipids, i.e. glycerides or cholesterols, into smaller parts. Gelatin is composed mostly collagen, which is a protein. Thus, to break down collagen you would need a protease.
Ribozymes are RNA molecules that can catalyze chemical reactions, while enzymes are proteins that catalyze chemical reactions. Ribozymes are a type of enzyme that is composed of RNA instead of protein.
Very little starch. Mostly protein and water.
Hair is a filament, mostly protein, that grow from hair folicles, found in the dermis.
Hair is a filament, mostly protein, that grow from hair folicles, found in the dermis.
Hair is a filament, mostly protein, that grow from hair folicles, found in the dermis.
Enzymes are proteins, which are carbon-based molecules composed of amino acids. Each enzyme has a specific structure that allows it to catalyze a specific biochemical reaction in living organisms.