You are watching: Which of the following statements regarding competitive inhibitors is true?
The (activation /inhibition/saturation) suggest of one enzyme is reached when all energetic sites have actually bound substrate molecules.
The molecule that an enzyme action upon is recognized as its apoenzyme. Catalyst. Substrate. Holoenzyme. Coenzyme.
How does a vain inhibitor slow enzyme catalysis? lock produce commodities toxic come the enzymes. Castle degrade the substrate. They bind to the substrate. They complete with the substrate because that the enzyme\"s active site.
What enables competitive inhibitors to tie to a certain enzyme? compete inhibitors have structures that resemble the enzyme\"s substrate. Vain inhibitors have unique sugars that are attracted come the enzyme. Compete inhibitors form unique covalent bonds with enzyme structures. Compete inhibitors covering the whole surface of an enzyme.
If high amounts of sulfanilamide are in the existence of one enzyme whose substrate is PABA, what result is expected? PABA commodities will increase in concentration. The substrate will damage the inhibitor. Sulfanilamide products will it is in in greater concentration. The enzyme will protect against functioning.
Which of the complying with statements regarding competitive inhibitors is true? The inhibitor will degrade the substrate. The inhibitor will damage the substrate. The inhibitor will destroy the enzyme. Competitive inhibitors to decrease the price of enzyme activity.
Why do all enzymatic reactions need activation energy? power is forced by an enzyme so the it have the right to be reused. Energy is forced to disrupt a substrate\"s steady electron configuration. Energy permits only the substrate come bind. Energy is necessary for the enzyme to find its substrate.
What is supposed by the declare \"Enzymes are organic catalysts\"? Enzymes produce products advantageous for biology. Enzymes speed up the chemistry reactions in living cells. Enzyme are commodities of biological systems. Enzymes produce organic organisms.
Why are enzymes important to organic systems? Enzymes rise the energy barrier required of chemical reactions. Enzymes stop unwanted chemical byproducts from forming. Enzymes are reuseable. Enzyme decrease the lot of activation power required for chemical reactions to occur.
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During glycolysis, glucose is convert to (pyruvic/acetic/lactic) acid, a molecule that can be provided in one of two people fermentation or respiration pathways.
Where is the majority of ATP produced in most eukaryotic cells? in the cytosol in the outer membrane of the mitochondria in the mitochondrial matrix on ribosom in the cytoplasmic membrane
Glycolysis begins with a(n) ________ stage(s). Lysis energy-conservation energy-investment lysis and energy-conservation energy-investment and also conservation