Any process which decreases the rate of an enzyme catalyzed reaction a type of e
ID: 489639 • Letter: A
Question
Any process which decreases the rate of an enzyme catalyzed reaction a type of enzyme that catalyzes the joining of two molecules together a description of the catalytic activity of an enzyme, where a small value means that very few molecules are acted on in a unit of time a description of enzyme activity based on the ability of the enzyme to change shape in order to accommodate substrate molecules any process that increases the rate of an enzyme catalyzed reaction a type of enzyme that catalyzes the removal of a small molecule from a larger one a description of enzyme activity based on an exact match between the shapes of the active site and the substrate molecule a small organic molecule necessary for good health that must be obtained in the diet a type of enzyme that catalyzes the internal rearrangement of molecules a type of enzyme that catalyzes oxidation or reduction reactionsExplanation / Answer
E) the rate of an enzyme catalyzed reaction decreases, with temperature increase as it denatures the enzyme.
F) DNA polymerase joins two nucelotide to form one unit.
G) A small conversion value for the anzymatic reaction means very few substrate molecule has joined together with the enzyme to form the product.
H) Enzymes often change shape when in hydrophilic environment to accomodate the substrates and catalyze the reaction. this is acheived by intermoelcular hydrogen bonding, van-der waal type of interactions.
I) Excess of substrate would enhance the rate of an enzymatic reaction.
J) hydrolases are enzymes that remove part of moelcule from larger molecule
K) The best fitting enzyme and substrate are known as lock-and-key mechanism.
L) The organic molecule obtained from diet would be glucose or sugar which helps provide energy. Also proteins ae necessary in diet.
M) Isomerases are class of enzyme which catalyze rearrangement of moelcules.
N) Peroxidases catalyze oxidation and reductanses catalyse reduction reactions.
Related Questions
drjack9650@gmail.com
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.