Introduction to Enzymes

Introduction to Enzymes
The state in which substrate molecules do not find any free active site is called
denaturation
maturation
saturation
instauration
Author: rikazzz Comment
Introduction to Enzymes
The biologist who suggested the modification in lock and key model proposed by Emil Fischer is
Jane Olive
Emil August
Daniel Olive
Daniel Koshland
Author: rikazzz Comment
Introduction to Enzymes
The example of organic cofactors is
flavin and potassium
nitro Flavin
heme and flavin
riboflavin
Author: rikazzz Comment
Introduction to Enzymes
The heat added into the activation energy provides
kinetic energy to reaction
thermal energy to reaction
hydra energy to reaction
potential energy to reaction
Author: rikazzz Comment
Introduction to Enzymes
The regulators of enzymatic reactions are classified as
activators only
converters only
inhibitors
activators and converters
Author: rikazzz Comment
Introduction to Enzymes
The coenzymes transport the chemical groups from
roots to leaves
stems to shoots
one enzyme to other
roots to shoots
Author: rikazzz Comment
Introduction to Enzymes
The vibrations of atoms of enzymes is increased and leads to the loss of
nucleated structure of atoms
solvent structure of enzymes
solute structure of enzymes
globular structure of enzymes
Author: rikazzz Comment
Introduction to Enzymes
The trypsin enzymes work in
pancreas
buccal cavity
large intestine
small intestine
Author: rikazzz Comment
Introduction to Enzymes
The reactions are catalyzed by
nitrogen
potassium
enzyme
magnesium
Author: rikazzz Comment
Introduction to Enzymes
The enzymes involved in metabolic pathways take the product as a
solutes
concentrates
nitrates
substrates
Author: rikazzz Comment

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