814f
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| B | ⟶ | C | ⟶ | D | ⟶ | E | ⟶ | F | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate B into product C.The end product F of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. metabolic blocker Incorrect B. competitive inhibitor Correct C. enzyme activator Incorrect D. non-competitive inhibitor Incorrect E. un-competitive inhibitor Incorrect MC0b69
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| C | ⟶ | D | ⟶ | E | ⟶ | F | ⟶ | G | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate C into product D.The end product G of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. enzyme activator Incorrect C. un-competitive inhibitor Incorrect D. proteomic pothole Incorrect E. non-competitive inhibitor Correct MCdd63
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| D | ⟶ | E | ⟶ | F | ⟶ | G | ⟶ | H | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate D into product E.The end product H of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. enzyme activator Incorrect C. proteomic pothole Incorrect D. competitive inhibitor Incorrect E. un-competitive inhibitor Correct MCd73c
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| E | ⟶ | F | ⟶ | G | ⟶ | H | ⟶ | I | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate E into product F.The end product I of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Incorrect B. non-competitive inhibitor Incorrect C. competitive inhibitor Incorrect D. enzyme activator Correct E. proteomic pothole Incorrect MC5b39
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| F | ⟶ | G | ⟶ | H | ⟶ | I | ⟶ | J | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate F into product G.The end product J of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. proteomic pothole Incorrect B. enzyme activator Incorrect C. competitive inhibitor Correct D. non-competitive inhibitor Incorrect E. un-competitive inhibitor Incorrect MC3270
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| G | ⟶ | H | ⟶ | I | ⟶ | J | ⟶ | K | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate G into product H.The end product K of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Correct B. enzyme enhancer Incorrect C. enzyme activator Incorrect D. un-competitive inhibitor Incorrect E. competitive inhibitor Incorrect MC911c
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| H | ⟶ | I | ⟶ | J | ⟶ | K | ⟶ | L | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate H into product I.The end product L of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. proteomic pothole Incorrect C. non-competitive inhibitor Incorrect D. competitive inhibitor Incorrect E. un-competitive inhibitor Correct MC95ff
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| I | ⟶ | J | ⟶ | K | ⟶ | L | ⟶ | M | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate I into product J.The end product M of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. substrate displacer Incorrect C. non-competitive inhibitor Incorrect D. enzyme activator Correct E. un-competitive inhibitor Incorrect MCa5c8
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| J | ⟶ | K | ⟶ | L | ⟶ | M | ⟶ | N | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate J into product K.The end product N of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. un-competitive inhibitor Incorrect C. substrate displacer Incorrect D. enzyme activator Incorrect E. competitive inhibitor Correct MCee64
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| K | ⟶ | L | ⟶ | M | ⟶ | N | ⟶ | O | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate K into product L.The end product O of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. non-competitive inhibitor Correct C. molecular stopper Incorrect D. un-competitive inhibitor Incorrect E. enzyme activator Incorrect MCa770
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| L | ⟶ | M | ⟶ | N | ⟶ | O | ⟶ | P | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate L into product M.The end product P of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. un-competitive inhibitor Correct C. molecular stopper Incorrect D. competitive inhibitor Incorrect E. non-competitive inhibitor Incorrect MC24ff
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| M | ⟶ | N | ⟶ | O | ⟶ | P | ⟶ | Q | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate M into product N.The end product Q of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme enhancer Incorrect B. un-competitive inhibitor Incorrect C. non-competitive inhibitor Incorrect D. competitive inhibitor Incorrect E. enzyme activator Correct MC7f4f
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| N | ⟶ | O | ⟶ | P | ⟶ | Q | ⟶ | R | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate N into product O.The end product R of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Correct B. biochemical brake Incorrect C. un-competitive inhibitor Incorrect D. enzyme activator Incorrect E. non-competitive inhibitor Incorrect MC2590
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| O | ⟶ | P | ⟶ | Q | ⟶ | R | ⟶ | S | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate O into product P.The end product S of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. enzyme enhancer Incorrect C. un-competitive inhibitor Incorrect D. enzyme activator Incorrect E. non-competitive inhibitor Correct MCb27e
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| P | ⟶ | Q | ⟶ | R | ⟶ | S | ⟶ | T | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate P into product Q.The end product T of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Correct B. non-competitive inhibitor Incorrect C. substrate displacer Incorrect D. enzyme activator Incorrect E. competitive inhibitor Incorrect MCa45b
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| Q | ⟶ | R | ⟶ | S | ⟶ | T | ⟶ | U | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate Q into product R.The end product U of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. enzyme activator Correct C. enzyme suppressor Incorrect D. un-competitive inhibitor Incorrect E. competitive inhibitor Incorrect MCe550
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| R | ⟶ | S | ⟶ | T | ⟶ | U | ⟶ | V | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate R into product S.The end product V of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. enzyme activator Incorrect C. enzyme enhancer Incorrect D. competitive inhibitor Correct E. un-competitive inhibitor Incorrect MC2058
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| S | ⟶ | T | ⟶ | U | ⟶ | V | ⟶ | W | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate S into product T.The end product W of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. enzyme activator Incorrect C. enzyme suppressor Incorrect D. un-competitive inhibitor Incorrect E. non-competitive inhibitor Correct MC1c89
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| T | ⟶ | U | ⟶ | V | ⟶ | W | ⟶ | X | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate T into product U.The end product X of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. enzyme activator Incorrect C. un-competitive inhibitor Correct D. proteomic pothole Incorrect E. competitive inhibitor Incorrect MCebfd
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| U | ⟶ | V | ⟶ | W | ⟶ | X | ⟶ | Y | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate U into product V.The end product Y of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Incorrect B. competitive inhibitor Incorrect C. catalytic converter Incorrect D. enzyme activator Correct E. non-competitive inhibitor Incorrect MC6d97
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| A | ⟶ | B | ⟶ | C | ⟶ | D | ⟶ | E | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate A into product B.The end product E of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. competitive inhibitor Correct C. un-competitive inhibitor Incorrect D. enzyme activator Incorrect E. substrate displacer Incorrect MCac0f
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| B | ⟶ | C | ⟶ | D | ⟶ | E | ⟶ | F | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate B into product C.The end product F of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. catalytic converter Incorrect C. competitive inhibitor Incorrect D. non-competitive inhibitor Correct E. un-competitive inhibitor Incorrect MC873c
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| C | ⟶ | D | ⟶ | E | ⟶ | F | ⟶ | G | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate C into product D.The end product G of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. un-competitive inhibitor Correct C. enzyme activator Incorrect D. non-competitive inhibitor Incorrect E. proteomic pothole Incorrect MC5c41
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| D | ⟶ | E | ⟶ | F | ⟶ | G | ⟶ | H | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate D into product E.The end product H of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. molecular stopper Incorrect B. un-competitive inhibitor Incorrect C. non-competitive inhibitor Incorrect D. enzyme activator Correct E. competitive inhibitor Incorrect MC3d72
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| E | ⟶ | F | ⟶ | G | ⟶ | H | ⟶ | I | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate E into product F.The end product I of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. competitive inhibitor Correct C. biochemical brake Incorrect D. enzyme activator Incorrect E. un-competitive inhibitor Incorrect MCd847
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| F | ⟶ | G | ⟶ | H | ⟶ | I | ⟶ | J | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate F into product G.The end product J of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Incorrect B. enzyme activator Incorrect C. non-competitive inhibitor Correct D. competitive inhibitor Incorrect E. molecular stopper Incorrect MC6bb0
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| G | ⟶ | H | ⟶ | I | ⟶ | J | ⟶ | K | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate G into product H.The end product K of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. enzyme activator Incorrect C. un-competitive inhibitor Correct D. competitive inhibitor Incorrect E. catalytic converter Incorrect MC4626
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| H | ⟶ | I | ⟶ | J | ⟶ | K | ⟶ | L | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate H into product I.The end product L of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Correct B. molecular stopper Incorrect C. competitive inhibitor Incorrect D. non-competitive inhibitor Incorrect E. un-competitive inhibitor Incorrect MC739b
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| I | ⟶ | J | ⟶ | K | ⟶ | L | ⟶ | M | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate I into product J.The end product M of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. proteomic pothole Incorrect B. competitive inhibitor Correct C. non-competitive inhibitor Incorrect D. un-competitive inhibitor Incorrect E. enzyme activator Incorrect MC4e9a
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| J | ⟶ | K | ⟶ | L | ⟶ | M | ⟶ | N | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate J into product K.The end product N of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. molecular stopper Incorrect B. un-competitive inhibitor Incorrect C. competitive inhibitor Incorrect D. enzyme activator Incorrect E. non-competitive inhibitor Correct MC969c
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| K | ⟶ | L | ⟶ | M | ⟶ | N | ⟶ | O | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate K into product L.The end product O of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. un-competitive inhibitor Correct C. catalytic converter Incorrect D. non-competitive inhibitor Incorrect E. enzyme activator Incorrect MC1b53
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| L | ⟶ | M | ⟶ | N | ⟶ | O | ⟶ | P | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate L into product M.The end product P of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. non-competitive inhibitor Incorrect C. biochemical brake Incorrect D. un-competitive inhibitor Incorrect E. enzyme activator Correct MC744a
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| M | ⟶ | N | ⟶ | O | ⟶ | P | ⟶ | Q | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate M into product N.The end product Q of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. proteomic pothole Incorrect B. un-competitive inhibitor Incorrect C. non-competitive inhibitor Incorrect D. enzyme activator Incorrect E. competitive inhibitor Correct MC7682
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| N | ⟶ | O | ⟶ | P | ⟶ | Q | ⟶ | R | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate N into product O.The end product R of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Incorrect B. molecular stopper Incorrect C. enzyme activator Incorrect D. non-competitive inhibitor Correct E. competitive inhibitor Incorrect MCbb78
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| O | ⟶ | P | ⟶ | Q | ⟶ | R | ⟶ | S | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate O into product P.The end product S of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. catalytic converter Incorrect B. non-competitive inhibitor Incorrect C. enzyme activator Incorrect D. un-competitive inhibitor Correct E. competitive inhibitor Incorrect MC3076
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| P | ⟶ | Q | ⟶ | R | ⟶ | S | ⟶ | T | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate P into product Q.The end product T of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. un-competitive inhibitor Incorrect C. enzyme suppressor Incorrect D. enzyme activator Correct E. competitive inhibitor Incorrect MC4e6b
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| Q | ⟶ | R | ⟶ | S | ⟶ | T | ⟶ | U | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate Q into product R.The end product U of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. un-competitive inhibitor Incorrect C. biochemical brake Incorrect D. competitive inhibitor Correct E. non-competitive inhibitor Incorrect MCc709
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| R | ⟶ | S | ⟶ | T | ⟶ | U | ⟶ | V | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate R into product S.The end product V of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. un-competitive inhibitor Incorrect C. catalytic converter Incorrect D. non-competitive inhibitor Correct E. competitive inhibitor Incorrect MCba37
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| S | ⟶ | T | ⟶ | U | ⟶ | V | ⟶ | W | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate S into product T.The end product W of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. un-competitive inhibitor Correct C. non-competitive inhibitor Incorrect D. enzyme activator Incorrect E. substrate displacer Incorrect MC7c33
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| T | ⟶ | U | ⟶ | V | ⟶ | W | ⟶ | X | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate T into product U.The end product X of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Correct B. competitive inhibitor Incorrect C. non-competitive inhibitor Incorrect D. un-competitive inhibitor Incorrect E. metabolic blocker Incorrect MCe397
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| U | ⟶ | V | ⟶ | W | ⟶ | X | ⟶ | Y | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate U into product V.The end product Y of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. proteomic pothole Incorrect C. un-competitive inhibitor Incorrect D. competitive inhibitor Correct E. non-competitive inhibitor Incorrect MC24ab
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| A | ⟶ | B | ⟶ | C | ⟶ | D | ⟶ | E | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate A into product B.The end product E of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. biochemical brake Incorrect B. non-competitive inhibitor Correct C. enzyme activator Incorrect D. un-competitive inhibitor Incorrect E. competitive inhibitor Incorrect MC8287
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| B | ⟶ | C | ⟶ | D | ⟶ | E | ⟶ | F | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate B into product C.The end product F of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. non-competitive inhibitor Incorrect C. catalytic converter Incorrect D. enzyme activator Incorrect E. un-competitive inhibitor Correct MCb2e0
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| C | ⟶ | D | ⟶ | E | ⟶ | F | ⟶ | G | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate C into product D.The end product G of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. molecular stopper Incorrect C. competitive inhibitor Incorrect D. enzyme activator Correct E. un-competitive inhibitor Incorrect MCdaf0
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| D | ⟶ | E | ⟶ | F | ⟶ | G | ⟶ | H | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate D into product E.The end product H of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. un-competitive inhibitor Incorrect C. competitive inhibitor Correct D. enzyme enhancer Incorrect E. non-competitive inhibitor Incorrect MCd615
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| E | ⟶ | F | ⟶ | G | ⟶ | H | ⟶ | I | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate E into product F.The end product I of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Incorrect B. enzyme suppressor Incorrect C. competitive inhibitor Incorrect D. enzyme activator Incorrect E. non-competitive inhibitor Correct MCef18
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| F | ⟶ | G | ⟶ | H | ⟶ | I | ⟶ | J | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate F into product G.The end product J of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. catalytic converter Incorrect B. enzyme activator Incorrect C. non-competitive inhibitor Incorrect D. un-competitive inhibitor Correct E. competitive inhibitor Incorrect MCf714
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| G | ⟶ | H | ⟶ | I | ⟶ | J | ⟶ | K | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate G into product H.The end product K of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. enzyme activator Correct C. metabolic blocker Incorrect D. un-competitive inhibitor Incorrect E. non-competitive inhibitor Incorrect MC4c84
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| H | ⟶ | I | ⟶ | J | ⟶ | K | ⟶ | L | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate H into product I.The end product L of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. molecular stopper Incorrect C. competitive inhibitor Correct D. un-competitive inhibitor Incorrect E. non-competitive inhibitor Incorrect MC8268
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| I | ⟶ | J | ⟶ | K | ⟶ | L | ⟶ | M | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate I into product J.The end product M of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. enzyme activator Incorrect C. proteomic pothole Incorrect D. non-competitive inhibitor Correct E. un-competitive inhibitor Incorrect MC73b1
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| J | ⟶ | K | ⟶ | L | ⟶ | M | ⟶ | N | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate J into product K.The end product N of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. molecular stopper Incorrect B. competitive inhibitor Incorrect C. non-competitive inhibitor Incorrect D. un-competitive inhibitor Correct E. enzyme activator Incorrect MC6333
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| K | ⟶ | L | ⟶ | M | ⟶ | N | ⟶ | O | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate K into product L.The end product O of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. biochemical brake Incorrect B. enzyme activator Correct C. non-competitive inhibitor Incorrect D. competitive inhibitor Incorrect E. un-competitive inhibitor Incorrect MCfebf
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| L | ⟶ | M | ⟶ | N | ⟶ | O | ⟶ | P | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate L into product M.The end product P of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. un-competitive inhibitor Incorrect C. catalytic converter Incorrect D. non-competitive inhibitor Incorrect E. competitive inhibitor Correct MC40b9
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| M | ⟶ | N | ⟶ | O | ⟶ | P | ⟶ | Q | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate M into product N.The end product Q of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Incorrect B. enzyme activator Incorrect C. non-competitive inhibitor Correct D. competitive inhibitor Incorrect E. enzyme suppressor Incorrect MC6d21
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| N | ⟶ | O | ⟶ | P | ⟶ | Q | ⟶ | R | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate N into product O.The end product R of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. metabolic blocker Incorrect B. competitive inhibitor Incorrect C. un-competitive inhibitor Correct D. non-competitive inhibitor Incorrect E. enzyme activator Incorrect MCeefb
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| O | ⟶ | P | ⟶ | Q | ⟶ | R | ⟶ | S | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate O into product P.The end product S of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. enzyme activator Correct C. molecular stopper Incorrect D. competitive inhibitor Incorrect E. un-competitive inhibitor Incorrect MC24d2
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| P | ⟶ | Q | ⟶ | R | ⟶ | S | ⟶ | T | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate P into product Q.The end product T of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme enhancer Incorrect B. enzyme activator Incorrect C. competitive inhibitor Correct D. non-competitive inhibitor Incorrect E. un-competitive inhibitor Incorrect MC2aa9
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| Q | ⟶ | R | ⟶ | S | ⟶ | T | ⟶ | U | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate Q into product R.The end product U of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Correct B. enzyme activator Incorrect C. un-competitive inhibitor Incorrect D. competitive inhibitor Incorrect E. substrate displacer Incorrect MC53b4
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| R | ⟶ | S | ⟶ | T | ⟶ | U | ⟶ | V | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate R into product S.The end product V of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme suppressor Incorrect B. enzyme activator Incorrect C. un-competitive inhibitor Correct D. non-competitive inhibitor Incorrect E. competitive inhibitor Incorrect MC7263
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| S | ⟶ | T | ⟶ | U | ⟶ | V | ⟶ | W | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate S into product T.The end product W of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Incorrect B. non-competitive inhibitor Incorrect C. enzyme enhancer Incorrect D. enzyme activator Correct E. competitive inhibitor Incorrect MCa38e
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| T | ⟶ | U | ⟶ | V | ⟶ | W | ⟶ | X | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate T into product U.The end product X of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. metabolic blocker Incorrect B. non-competitive inhibitor Incorrect C. competitive inhibitor Correct D. un-competitive inhibitor Incorrect E. enzyme activator Incorrect MC7b7f
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| U | ⟶ | V | ⟶ | W | ⟶ | X | ⟶ | Y | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate U into product V.The end product Y of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. biochemical brake Incorrect B. non-competitive inhibitor Correct C. un-competitive inhibitor Incorrect D. enzyme activator Incorrect E. competitive inhibitor Incorrect MC73dd
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| A | ⟶ | B | ⟶ | C | ⟶ | D | ⟶ | E | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate A into product B.The end product E of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. metabolic blocker Incorrect B. enzyme activator Incorrect C. non-competitive inhibitor Incorrect D. un-competitive inhibitor Correct E. competitive inhibitor Incorrect MC4182
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| B | ⟶ | C | ⟶ | D | ⟶ | E | ⟶ | F | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate B into product C.The end product F of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. un-competitive inhibitor Incorrect C. competitive inhibitor Incorrect D. enzyme activator Correct E. metabolic blocker Incorrect MC24db
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| C | ⟶ | D | ⟶ | E | ⟶ | F | ⟶ | G | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate C into product D.The end product G of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. non-competitive inhibitor Incorrect C. competitive inhibitor Correct D. substrate displacer Incorrect E. un-competitive inhibitor Incorrect MCe6d1
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| D | ⟶ | E | ⟶ | F | ⟶ | G | ⟶ | H | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate D into product E.The end product H of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. catalytic converter Incorrect B. un-competitive inhibitor Incorrect C. enzyme activator Incorrect D. competitive inhibitor Incorrect E. non-competitive inhibitor Correct MC408a
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| E | ⟶ | F | ⟶ | G | ⟶ | H | ⟶ | I | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate E into product F.The end product I of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. enzyme activator Incorrect C. catalytic converter Incorrect D. un-competitive inhibitor Correct E. non-competitive inhibitor Incorrect MCd733
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| F | ⟶ | G | ⟶ | H | ⟶ | I | ⟶ | J | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate F into product G.The end product J of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. molecular stopper Incorrect C. enzyme activator Correct D. competitive inhibitor Incorrect E. un-competitive inhibitor Incorrect MC53ee
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| G | ⟶ | H | ⟶ | I | ⟶ | J | ⟶ | K | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate G into product H.The end product K of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. non-competitive inhibitor Incorrect C. un-competitive inhibitor Incorrect D. competitive inhibitor Correct E. enzyme enhancer Incorrect MCc553
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| H | ⟶ | I | ⟶ | J | ⟶ | K | ⟶ | L | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate H into product I.The end product L of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. molecular stopper Incorrect C. non-competitive inhibitor Correct D. enzyme activator Incorrect E. un-competitive inhibitor Incorrect MC8655
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| I | ⟶ | J | ⟶ | K | ⟶ | L | ⟶ | M | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate I into product J.The end product M of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Correct B. enzyme activator Incorrect C. competitive inhibitor Incorrect D. enzyme suppressor Incorrect E. non-competitive inhibitor Incorrect MCfefc
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| J | ⟶ | K | ⟶ | L | ⟶ | M | ⟶ | N | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate J into product K.The end product N of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Correct B. un-competitive inhibitor Incorrect C. competitive inhibitor Incorrect D. catalytic converter Incorrect E. non-competitive inhibitor Incorrect MCde3e
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| K | ⟶ | L | ⟶ | M | ⟶ | N | ⟶ | O | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate K into product L.The end product O of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Incorrect B. catalytic converter Incorrect C. non-competitive inhibitor Incorrect D. competitive inhibitor Correct E. enzyme activator Incorrect MC3aba
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| L | ⟶ | M | ⟶ | N | ⟶ | O | ⟶ | P | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate L into product M.The end product P of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. un-competitive inhibitor Incorrect C. enzyme activator Incorrect D. non-competitive inhibitor Correct E. enzyme suppressor Incorrect MC24b6
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| M | ⟶ | N | ⟶ | O | ⟶ | P | ⟶ | Q | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate M into product N.The end product Q of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. un-competitive inhibitor Correct C. substrate displacer Incorrect D. enzyme activator Incorrect E. non-competitive inhibitor Incorrect MCf72a
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| N | ⟶ | O | ⟶ | P | ⟶ | Q | ⟶ | R | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate N into product O.The end product R of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. enzyme activator Correct C. biochemical brake Incorrect D. un-competitive inhibitor Incorrect E. competitive inhibitor Incorrect MCb3c3
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| O | ⟶ | P | ⟶ | Q | ⟶ | R | ⟶ | S | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate O into product P.The end product S of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Incorrect B. enzyme activator Incorrect C. catalytic converter Incorrect D. non-competitive inhibitor Incorrect E. competitive inhibitor Correct MC04a1
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| P | ⟶ | Q | ⟶ | R | ⟶ | S | ⟶ | T | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate P into product Q.The end product T of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. competitive inhibitor Incorrect C. catalytic converter Incorrect D. un-competitive inhibitor Incorrect E. non-competitive inhibitor Correct MC8af1
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| Q | ⟶ | R | ⟶ | S | ⟶ | T | ⟶ | U | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate Q into product R.The end product U of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. competitive inhibitor Incorrect C. un-competitive inhibitor Correct D. metabolic blocker Incorrect E. non-competitive inhibitor Incorrect MC84fd
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| R | ⟶ | S | ⟶ | T | ⟶ | U | ⟶ | V | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate R into product S.The end product V of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. catalytic converter Incorrect C. enzyme activator Correct D. un-competitive inhibitor Incorrect E. non-competitive inhibitor Incorrect MC29d4
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| S | ⟶ | T | ⟶ | U | ⟶ | V | ⟶ | W | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate S into product T.The end product W of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Incorrect B. substrate displacer Incorrect C. competitive inhibitor Correct D. enzyme activator Incorrect E. non-competitive inhibitor Incorrect MC02f3
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| T | ⟶ | U | ⟶ | V | ⟶ | W | ⟶ | X | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate T into product U.The end product X of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. biochemical brake Incorrect B. enzyme activator Incorrect C. non-competitive inhibitor Correct D. un-competitive inhibitor Incorrect E. competitive inhibitor Incorrect MCf18f
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| U | ⟶ | V | ⟶ | W | ⟶ | X | ⟶ | Y | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate U into product V.The end product Y of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. substrate displacer Incorrect C. un-competitive inhibitor Correct D. non-competitive inhibitor Incorrect E. competitive inhibitor Incorrect MC2d7a
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| A | ⟶ | B | ⟶ | C | ⟶ | D | ⟶ | E | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate A into product B.The end product E of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. substrate displacer Incorrect B. un-competitive inhibitor Incorrect C. competitive inhibitor Incorrect D. non-competitive inhibitor Incorrect E. enzyme activator Correct MCc190
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| B | ⟶ | C | ⟶ | D | ⟶ | E | ⟶ | F | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate B into product C.The end product F of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. non-competitive inhibitor Incorrect C. un-competitive inhibitor Incorrect D. biochemical brake Incorrect E. competitive inhibitor Correct MC2204
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| C | ⟶ | D | ⟶ | E | ⟶ | F | ⟶ | G | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate C into product D.The end product G of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Correct B. competitive inhibitor Incorrect C. un-competitive inhibitor Incorrect D. enzyme activator Incorrect E. enzyme suppressor Incorrect MCf37c
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| D | ⟶ | E | ⟶ | F | ⟶ | G | ⟶ | H | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate D into product E.The end product H of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Incorrect B. competitive inhibitor Incorrect C. enzyme activator Incorrect D. metabolic blocker Incorrect E. un-competitive inhibitor Correct MCa556
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| E | ⟶ | F | ⟶ | G | ⟶ | H | ⟶ | I | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate E into product F.The end product I of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. molecular stopper Incorrect B. un-competitive inhibitor Incorrect C. enzyme activator Correct D. non-competitive inhibitor Incorrect E. competitive inhibitor Incorrect MCf26e
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| F | ⟶ | G | ⟶ | H | ⟶ | I | ⟶ | J | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate F into product G.The end product J of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Correct B. substrate displacer Incorrect C. enzyme activator Incorrect D. un-competitive inhibitor Incorrect E. non-competitive inhibitor Incorrect MCcad2
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| G | ⟶ | H | ⟶ | I | ⟶ | J | ⟶ | K | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate G into product H.The end product K of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. proteomic pothole Incorrect B. un-competitive inhibitor Incorrect C. competitive inhibitor Incorrect D. enzyme activator Incorrect E. non-competitive inhibitor Correct MCf259
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| H | ⟶ | I | ⟶ | J | ⟶ | K | ⟶ | L | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate H into product I.The end product L of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. non-competitive inhibitor Incorrect C. un-competitive inhibitor Correct D. metabolic blocker Incorrect E. enzyme activator Incorrect MCcf95
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| I | ⟶ | J | ⟶ | K | ⟶ | L | ⟶ | M | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate I into product J.The end product M of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Correct B. catalytic converter Incorrect C. non-competitive inhibitor Incorrect D. un-competitive inhibitor Incorrect E. competitive inhibitor Incorrect MC6802
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| J | ⟶ | K | ⟶ | L | ⟶ | M | ⟶ | N | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate J into product K.The end product N of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. proteomic pothole Incorrect B. non-competitive inhibitor Incorrect C. competitive inhibitor Correct D. enzyme activator Incorrect E. un-competitive inhibitor Incorrect MC5f2d
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| K | ⟶ | L | ⟶ | M | ⟶ | N | ⟶ | O | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate K into product L.The end product O of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. competitive inhibitor Incorrect B. non-competitive inhibitor Correct C. un-competitive inhibitor Incorrect D. enzyme activator Incorrect E. biochemical brake Incorrect MC65e3
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| L | ⟶ | M | ⟶ | N | ⟶ | O | ⟶ | P | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate L into product M.The end product P of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. un-competitive inhibitor Correct B. enzyme activator Incorrect C. competitive inhibitor Incorrect D. biochemical brake Incorrect E. non-competitive inhibitor Incorrect MC384b
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| M | ⟶ | N | ⟶ | O | ⟶ | P | ⟶ | Q | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate M into product N.The end product Q of this pathway binds to enzyme 1at a location far away from its active site.
This binding increases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. biochemical brake Incorrect B. enzyme activator Correct C. competitive inhibitor Incorrect D. non-competitive inhibitor Incorrect E. un-competitive inhibitor Incorrect MC06f4
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| N | ⟶ | O | ⟶ | P | ⟶ | Q | ⟶ | R | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate N into product O.The end product R of this pathway binds to enzyme 1in its active site blocking the substrate.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. molecular stopper Incorrect B. un-competitive inhibitor Incorrect C. non-competitive inhibitor Incorrect D. enzyme activator Incorrect E. competitive inhibitor Correct MC6a17
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| O | ⟶ | P | ⟶ | Q | ⟶ | R | ⟶ | S | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate O into product P.The end product S of this pathway binds to enzyme 1at a location far away from its active site.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. non-competitive inhibitor Correct B. metabolic blocker Incorrect C. enzyme activator Incorrect D. un-competitive inhibitor Incorrect E. competitive inhibitor Incorrect MC054f
A series of enzymes catalyze the reactions in the following metabolic pathway:
| enzyme 1 | enzyme 2 | enzyme 3 | enzyme 4 | |||||||||||||||
| P | ⟶ | Q | ⟶ | R | ⟶ | S | ⟶ | T | ||||||||||
Understanding the type of enzyme inhibition or activation is crucial for developing effective drugs and understanding metabolic regulation.
enzyme 1 converts substrate P into product Q.The end product T of this pathway binds to enzyme 1and its substrate in the active site at the same time.
This binding decreases the activity of the enzyme.
Determine the type of enzyme inhibition or activation described:
A. enzyme activator Incorrect B. un-competitive inhibitor Correct C. non-competitive inhibitor Incorrect D. competitive inhibitor Incorrect E. enzyme suppressor Incorrect