match the following words and definitions correctly. Prion Phenylisothiocyanate
ID: 147117 • Letter: M
Question
match the following words and definitions correctly.
Prion
Phenylisothiocyanate
Hill plot
Cofactor
Binding energy
Feedback inhibition
Motif
NMR
Sigmoid
Active site
Covalent catalysis
Consensus sequence
Ramachandran diagram
Assay
fMRI
Induced-fit
Recognition sequence
Zymogen
L-amino acid
Chromatography
Heme
Transition state analog
Methylase
Homotropic effect
Zwitterion
Homogenate
R-state
Michaelis-Menten Constant
ATPase
Protein kinase A
The restriction of an enzyme by the end-product of a metabolic pathway.
Compounds proposed by Dr. Linus Pauling to be very effective inhibitors of enzymes.
Ratio of rate constants for monoenzyme:monosubstrate complexes.
2-D plot of allowed angle of rotation values for phi and psi bonds.
Reacts with the uncharged terminal amino group of a peptide.
Cellular protein found in the brain.
The inactive precursor of an enzyme.
Small molecules needed for the catalytic activity of many enzymes.
Complementary shape assumed only after the substrate is bound to the active site of some enzymes.
Consist of organic and inorganic components; gives blood and muscle their distinctive red color.
Free energy released in the formation of a large number of weak interactions between the enzyme and the substrate.
Targeted recognizable protein sequence.
One of two mirror-image alpha amino acids that are constituents of proteins.
The separation of a mixture by passing it in solution or suspension or as a vapor (as in gas chromatography) through a medium in which the components move at different rates.
Cellular mixture after cell membrane disruption.
Detects changes in an organ mediated by changes of magnetic properties.
Enzymes that add single carbon alkyl groups to adenine bases in host DNA.
Enzymes that alter the activities of target proteins by adding a phosphate to specific serine or threonine residues.
Relaxed state of the quaternary structure of a cooperative binding molecule.
Reveals atomic structure of a high concentration of a macromolecule less than 15 kD in solution.
Dipolar amino acids that exist in solution at neutral pH.
Particular nucleotide sequences recognized by restriction endonucleases.
Catalyses the hydrolysis of adenosine triphosphate.
A test that takes advantage of a protein's unique identifying properties and used during the purification process.
Enzymatic reactions that usually involve a powerful nucleophile that becomes temporarily covalently attached to a part of the substrate.
Certain combinations of secondary structure present in many proteins; exhibit similar functions.
Description of a cooperative binding curve with an "S" shape.
The region of an enzyme that binds the substrate(s) and cofactor, if any.
A useful way to quantitatively describe the cooperative binding process.
Action of substrates on allosteric enzymes.v
Prion
Phenylisothiocyanate
Hill plot
Cofactor
Binding energy
Feedback inhibition
Motif
NMR
Sigmoid
Active site
Covalent catalysis
Consensus sequence
Ramachandran diagram
Assay
fMRI
Induced-fit
Recognition sequence
Zymogen
L-amino acid
Chromatography
Heme
Transition state analog
Methylase
Homotropic effect
Zwitterion
Homogenate
R-state
Michaelis-Menten Constant
ATPase
.Protein kinase A
A.The restriction of an enzyme by the end-product of a metabolic pathway.
B.Compounds proposed by Dr. Linus Pauling to be very effective inhibitors of enzymes.
C.Ratio of rate constants for monoenzyme:monosubstrate complexes.
D.2-D plot of allowed angle of rotation values for phi and psi bonds.
E.Reacts with the uncharged terminal amino group of a peptide.
F.Cellular protein found in the brain.
G.The inactive precursor of an enzyme.
H.Small molecules needed for the catalytic activity of many enzymes.
I.Complementary shape assumed only after the substrate is bound to the active site of some enzymes.
J.Consist of organic and inorganic components; gives blood and muscle their distinctive red color.
K.Free energy released in the formation of a large number of weak interactions between the enzyme and the substrate.
L.Targeted recognizable protein sequence.
M.One of two mirror-image alpha amino acids that are constituents of proteins.
N.The separation of a mixture by passing it in solution or suspension or as a vapor (as in gas chromatography) through a medium in which the components move at different rates.
O.Cellular mixture after cell membrane disruption.
P.Detects changes in an organ mediated by changes of magnetic properties.
Q.Enzymes that add single carbon alkyl groups to adenine bases in host DNA.
R.Enzymes that alter the activities of target proteins by adding a phosphate to specific serine or threonine residues.
S.Relaxed state of the quaternary structure of a cooperative binding molecule.
T.Reveals atomic structure of a high concentration of a macromolecule less than 15 kD in solution.
U.Dipolar amino acids that exist in solution at neutral pH.
V.Particular nucleotide sequences recognized by restriction endonucleases.
W.Catalyses the hydrolysis of adenosine triphosphate.
X.A test that takes advantage of a protein's unique identifying properties and used during the purification process.
Y.Enzymatic reactions that usually involve a powerful nucleophile that becomes temporarily covalently attached to a part of the substrate.
Z.Certain combinations of secondary structure present in many proteins; exhibit similar functions.
AA.Description of a cooperative binding curve with an "S" shape.
AB.The region of an enzyme that binds the substrate(s) and cofactor, if any.
AC.A useful way to quantitatively describe the cooperative binding process.
AD.Action of substrates on allosteric enzymes.v
Explanation / Answer
Prion - F
Phenylisothiocyanate - E
Hill plot - AC
Cofactor- H
Binding energy - K
Feedback inhibition - A
Motif - Z
NMR- T
Sigmoid - AA
Active site - AB
Covalent catalysis - Y
Consensus sequence - L
Ramachandran diagram - D
Assay - X
fMRI - P
Induced fit - I
Recognition sequence - V
Zymogen G
L-amino acid - M
Chromatography - N
Heme - J
Transition state Analog - B
Methylase - Q
Homotropic effect - AD
Zwitter ion - U
Homogenate - O
R state - S
Michaelis-Menten constant - C
ATPase - W
Protein kinase A - R
Related Questions
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.