Inactive form of enzyme

Enzymes causing bond formation between two molecules to form a larger molecule; catalyze the joining of two substrate molecules

Move an intact group of atoms (NH2 or PO4) from one molecule to another

Inorganic activators existing as a part of the enzyme molecule

Rate of reaction is almost directly proportional to substrate conc. at low values

Type of specificity where enzymes catalyze the conversion of only one substrate into one specific product

Hemolysis mostly __ enzyme concentration.

Play a significant role in forensic medicine due to their genetic variability, which can be used for individ ual identification and genetic relationship analysis

Enzyme without a cofactor

Non-proţein organic biochemical that takes part in the enzyme reaction; essential to tbe catalytic activity as a Co-substrate

Pyatlin is an example of what enzyme

Refers to the speed and direction with which molecules move in an electric field, and this property can vary due to differences in the charge, size, and shape of the molecules

Catalyzed the addtion or removal of electrons

Both the substrate and inhibitor compete for the active site

Shows the relationship of the reaction velocity to the substrate concentration

Unit of enzyme activity w/c converts 1 mol of substrate per second

Creatinine kinase is an example of what classification of enzyme

Non-polypeptide units that are tightly and permanently bound to proteins

Isoenzyme of LDH found in Lungs, Lymphocytes, Spleen, and Pancreas

Inorganic ionic cofactor that increases the activity of enzymes, enhancing the rate of the catalyzed reaction

Creatinine kinase is an example of what enzyme

In-systematic naming of enzyme, the 4th digit denotes for

Conversion of aldehyde to ketone

Trypsin is an example of what enzyme class

Based on the premise that the shape of the substrate must be fit into the enzyme

Temperature wherein enzyme undergoes inactivation and denaturation in celsius

Enzymes having the same catalytic reactions but slightly different molecular structure