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In the gut-bound protease chymotrypsin, studies with the radio-labeled substrate analog Tosyl phenylalanyl chloromethyl ketone (TPCK) has identified some of the catalytic amino acid residues. Acting as a suicide inhibitor, TPCK alkylates a critical residue and halts the function of chymotrypsin.[3] Additional investigation into the subject has suggested a mechanism and provided evidence for the function of additional residues.[4][5] Substrate analogs have made it possible to visualize the short-lived conformational change in N-acetyltransferase when it binds its substrate.[2] This highlights the academically compelling properties of substrate analogs; they resemble the natural substrate enough to bind and affect the enzyme, but not enough to be processed as the natural substrate would. This method of crystallography has become an indispensable resource in the study of changes in quaternary structure during enzymatic catalysis, provided the enzyme in question has a know substrate analog. Substrate analogs have made it possible to visualize the short-lived conformational change in N-acetyltransferase when it binds its substrate.[2] This highlights the academically compelling properties of substrate analogs; they resemble the natural substrate enough to bind and affect the enzyme, but not enough to be processed as the natural substrate would. This method of crystallography has become an indispensable resource in the study of changes in quaternary structure during enzymatic catalysis, provided the enzyme in question has a know substrate analog. Analogs that have an effect on their target can be used to identify properties of the enzyme's primary structure. In the gut-bound protease chymotrypsin, studies with the radio-labeled substrate analog Tosyl phenylalanyl chloromethyl ketone (TPCK) has identified some of the catalytic amino acid residues. Acting as a suicide inhibitor, TPCK alkylates a critical residue and halts the function of chymotrypsin.[3] Additional investigation into the subject has suggested a mechanism and provided evidence for the function of additional residues.[4][5] Substrate analogs have made it possible to visualize the short-lived conformational change in N-acetyltransferase when it binds its substrate.[2] This highlights the academically compelling properties of substrate analogs; they resemble the natural substrate enough to bind and affect the enzyme, but not enough to be processed as the natural substrate would. This method of crystallography has become an indispensable resource in the study of changes in quaternary structure during enzymatic catalysis, provided the enzyme in question has a know substrate analog. Substrate analogs have made it possible to visualize the short-lived conformational change in N-acetyltransferase when it binds its substrate.[2] This highlights the academically compelling properties of substrate analogs; they resemble the natural substrate enough to bind and affect the enzyme, but not enough to be processed as the natural substrate would. This method of crystallography has become an indispensable resource in the study of changes in quaternary structure during enzymatic catalysis, provided the enzyme in question has a know substrate analog. Analogs that have an effect on their target can be used to identify properties of the enzyme's primary structure. In the gut-bound protease chymotrypsin, studies with the radio-labeled substrate analog Tosyl phenylalanyl chloromethyl ketone (TPCK) has identified some of the catalytic amino acid residues. Acting as a suicide inhibitor, TPCK alkylates a critical residue and halts the function of chymotrypsin.[3] Additional investigation into the subject has suggested a mechanism and provided evidence for the function of additional residues.[4][5] Analogs that have an effect on their target can be used to identify properties of the enzyme's primary structure. In the gut-bound protease chymotrypsin, studies with the radio-labeled substrate analog Tosyl phenylalanyl chloromethyl ketone (TPCK) has identified some of the catalytic amino acid residues. Acting as a suicide inhibitor, TPCK alkylates a critical residue and halts the function of chymotrypsin.[3] Additional investigation into the subject has suggested a mechanism and provided evidence for the function of additional residues.[4][5] Substrate analogs have made it possible to visualize the short-lived conformational change in N-acetyltransferase when it binds its substrate.[2] This highlights the academically compelling properties of substrate analogs; they resemble the natural substrate enough to bind and affect the enzyme, but not enough to be processed as the natural substrate would. This method of crystallography has become an indispensable resource in the study of changes in quaternary structure during enzymatic catalysis, provided the enzyme in question has a know substrate analog. Analogs that have an effect on their target can be used to identify properties of the enzyme's primary structure. In the gut-bound protease chymotrypsin, studies with the radio-labeled substrate analog Tosyl phenylalanyl chloromethyl ketone (TPCK) has identified some of the catalytic amino acid residues. Acting as a suicide inhibitor, TPCK alkylates a critical residue and halts the function of chymotrypsin.[3] Additional investigation into the subject has suggested a mechanism and provided evidence for the function of additional residues.[4][5] Substrate analogs have made it possible to visualize the short-lived conformational change in N-acetyltransferase when it binds its substrate.[2] This highlights the academically compelling properties of substrate analogs; they resemble the natural substrate enough to bind and affect the enzyme, but not enough to be processed as the natural substrate would. 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