ee9e_3ccf
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The reaction site arranges substrate components to ensure correct position for reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Correct Covalent Catalysis Incorrect MCc945_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is bent or twisted into a higher-energy conformation.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Correct Metal Ion and Electrostatic Catalysis Incorrect MC103a_b8e0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is reshaped into a geometry more favorable for reaction.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Correct Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC65e7_1c3c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A positively charged ion attracts or repels electrons to promote the reaction.'.
ATP Hydrolysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC1dd0_b8e0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion stabilizes areas with too many electrons during a reaction step.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCcadc_2545
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A temporary link is formed between the substrate and the enzyme.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Covalent Catalysis Correct Metal Ion and Electrostatic Catalysis Incorrect MC0023_1c3c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A direct interaction creates an intermediate enzyme-substrate complex that alters the reaction pathway.'.
ATP Hydrolysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct Metal Ion and Electrostatic Catalysis Incorrect MC0de6_90ef
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Cleaving a specific high-energy bond allows the system to overcome energetic barriers.'.
ATP Hydrolysis Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCd307_cab5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Has reactions involving electron pairs, commonly involving a proton exchange.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Incorrect MCec92_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Movement of a hydrogen atom influences the readiness of atoms to make or break bonds.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MCa26d_1c3c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The enzyme briefly attaches to the substrate during the reaction.'.
ATP Hydrolysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct Metal Ion and Electrostatic Catalysis Incorrect MCac59_1fd0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion helps stabilize unstable intermediates during the reaction.'.
Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC599e_8466
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Charge distributions are optimized in the catalytic pocket to support intermediate stability.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MCd6ca_547d
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The reaction proceeds through a stage where the substrate is attached to the enzyme.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Covalent Catalysis Correct MCf8cd_2545
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion holds the substrate in the right position for the reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCe272_8466
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A secondary high-energy process brings energy into the system to promote transformation.'.
ATP Hydrolysis Correct Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MC023f_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A hydrogen is transferred to or from a reactive group to make it more reactive.'.
Acid-base catalysis Correct Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCf6df_39cd
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Reacting groups of the substrate are aligned in close space to favor bond formation.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Correct MCb521_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A side chain removes a hydrogen to enhance electron density for attack.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MCdfd6_547d
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A high energy molecule is broken down to drive conformational shifts.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Covalent Catalysis Incorrect MC56d8_547d
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A reactive group on the enzyme bonds to the substrate to initiate a new pathway.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Covalent Catalysis Correct MCac59_932f
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion helps stabilize unstable intermediates during the reaction.'.
Acid-base catalysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC380d_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local concentration of substrates is effectively increased by spatial confinement.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Correct Metal Ion and Electrostatic Catalysis Incorrect MC460a_a5c5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The molecular arrangement of the substrate is structurally destabilized.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct MCf8cd_1fd0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion holds the substrate in the right position for the reaction.'.
Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC56d8_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A reactive group on the enzyme bonds to the substrate to initiate a new pathway.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MCdfd6_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A high energy molecule is broken down to drive conformational shifts.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MC65e7_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A positively charged ion attracts or repels electrons to promote the reaction.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCc170_547d
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Electrostatic forces within the active site are adjusted to promote the reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Active Site Microenvironment Correct Covalent Catalysis Incorrect MC3eec_cab5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The arrangement of charged ions help guide the substrate into the ideal position for chemistry.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MC13b1_39cd
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Structural tension is introduced into the substrate to increase the likelihood of reaction.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect MCb7d8_90ef
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The enzyme forms a bond with the substrate that facilitates conversion into the product.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MC1dd0_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion stabilizes areas with too many electrons during a reaction step.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC65e7_e04c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A positively charged ion attracts or repels electrons to promote the reaction.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MC92dc_1c3c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The reaction center is stabilized by charge-based interactions during the transition state.'.
ATP Hydrolysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCf91f_2545
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A group adjusts the electron flow by altering local charge through hydrogen transfer.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MCc96b_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Transfer of a proton improves the departure of an unstable leaving group.'.
Acid-base catalysis Correct Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect MCf91f_547d
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A group adjusts the electron flow by altering local charge through hydrogen transfer.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Active Site Microenvironment Incorrect Covalent Catalysis Incorrect MCb521_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A side chain removes a hydrogen to enhance electron density for attack.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Bond Strain or Distortion Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC103a_39cd
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is reshaped into a geometry more favorable for reaction.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect MCd6ca_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The reaction proceeds through a stage where the substrate is attached to the enzyme.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct Metal Ion and Electrostatic Catalysis Incorrect MCc58b_a5c5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Mechanical stress is applied to stretch or compress bonds in the substrate.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct MCd307_737c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Has reactions involving electron pairs, commonly involving a proton exchange.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect MCf6df_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Reacting groups of the substrate are aligned in close space to favor bond formation.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Correct Metal Ion and Electrostatic Catalysis Incorrect MC1e5f_d5ce
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate and enzyme form an intermediate complex before completing the reaction.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MCc945_4f42
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is bent or twisted into a higher-energy conformation.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect MC103a_24ba
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is reshaped into a geometry more favorable for reaction.'.
Active Site Microenvironment Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCfc3e_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'An ion in the active site interacts with the substrate to support the reaction.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MCf8cd_b8e0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion holds the substrate in the right position for the reaction.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCff4a_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Creates a new reaction pathway, i.e., adds an additional step in the reaction'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct MC9a00_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A short-lived connection forms between the substrate and the enzyme.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MC380d_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local concentration of substrates is effectively increased by spatial confinement.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Correct Covalent Catalysis Incorrect MC65e7_932f
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A positively charged ion attracts or repels electrons to promote the reaction.'.
Acid-base catalysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC380d_d5ce
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local concentration of substrates is effectively increased by spatial confinement.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Correct Covalent Catalysis Incorrect MCe433_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Reactive partners are activated through interactions with nearby charged groups.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Metal Ion and Electrostatic Catalysis Correct MC1069_547d
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Breakdown of a high-energy compound powers chemical transitions.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Covalent Catalysis Incorrect MCc96b_e04c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Transfer of a proton improves the departure of an unstable leaving group.'.
Acid-base catalysis Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Incorrect MCb521_737c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A side chain removes a hydrogen to enhance electron density for attack.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect MC7e02_4f42
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Multiple substrates are brought together and precisely positioned for interaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Correct MC1dd0_e04c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion stabilizes areas with too many electrons during a reaction step.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MCc58b_4f42
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Mechanical stress is applied to stretch or compress bonds in the substrate.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect MCfc10_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'uses an ion that can also act to stabilize the charges on the intermediates in the reaction.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCe708_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Substrates are oriented in a geometry that enhances the chance of chemical change.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Correct Metal Ion and Electrostatic Catalysis Incorrect MCac59_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion helps stabilize unstable intermediates during the reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Metal Ion and Electrostatic Catalysis Correct MC1069_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Breakdown of a high-energy compound powers chemical transitions.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MC2a2b_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Chemical surroundings are adapted to promote bond changes during the reaction.'.
Acid-base catalysis Incorrect Active Site Microenvironment Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCd307_2545
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Has reactions involving electron pairs, commonly involving a proton exchange.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MCe708_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Substrates are oriented in a geometry that enhances the chance of chemical change.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Correct Covalent Catalysis Incorrect MC6fc5_547d
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local polarity and charge are tuned to create favorable reaction conditions.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Active Site Microenvironment Correct Covalent Catalysis Incorrect MC023f_811a
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A hydrogen is transferred to or from a reactive group to make it more reactive.'.
Acid-base catalysis Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCc58b_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Mechanical stress is applied to stretch or compress bonds in the substrate.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Correct Covalent Catalysis Incorrect MCc96b_0b9e
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Transfer of a proton improves the departure of an unstable leaving group.'.
Acid-base catalysis Correct Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MC599e_24ba
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Charge distributions are optimized in the catalytic pocket to support intermediate stability.'.
Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MC023f_3ccf
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A hydrogen is transferred to or from a reactive group to make it more reactive.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MC380d_3ccf
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local concentration of substrates is effectively increased by spatial confinement.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Correct Covalent Catalysis Incorrect MC1dd0_cab5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion stabilizes areas with too many electrons during a reaction step.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MCb521_2545
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A side chain removes a hydrogen to enhance electron density for attack.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC0de6_a5c5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Cleaving a specific high-energy bond allows the system to overcome energetic barriers.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect MCec92_a5c5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Movement of a hydrogen atom influences the readiness of atoms to make or break bonds.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect MC13b1_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Structural tension is introduced into the substrate to increase the likelihood of reaction.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Correct Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MCa26d_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The enzyme briefly attaches to the substrate during the reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct MCfc3e_1fd0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'An ion in the active site interacts with the substrate to support the reaction.'.
Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC460a_0b9e
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The molecular arrangement of the substrate is structurally destabilized.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct Covalent Catalysis Incorrect MCfc3e_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'An ion in the active site interacts with the substrate to support the reaction.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC0023_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A direct interaction creates an intermediate enzyme-substrate complex that alters the reaction pathway.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct Metal Ion and Electrostatic Catalysis Incorrect MC0ea4_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'High-energy bond cleavage is coupled to chemical changes in the system.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC1069_4f42
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Breakdown of a high-energy compound powers chemical transitions.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect MC7bc5_24ba
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The immediate setting of the reactive site alters how atoms interact during catalysis.'.
Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MC56d8_1c3c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A reactive group on the enzyme bonds to the substrate to initiate a new pathway.'.
ATP Hydrolysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct Metal Ion and Electrostatic Catalysis Incorrect MCf91f_4f42
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A group adjusts the electron flow by altering local charge through hydrogen transfer.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect MC6417_737c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A functional group removes a proton to activate a nearby nucleophilic residue.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect MCfc10_1c3c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'uses an ion that can also act to stabilize the charges on the intermediates in the reaction.'.
ATP Hydrolysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCb7d8_3ccf
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The enzyme forms a bond with the substrate that facilitates conversion into the product.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MCac59_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion helps stabilize unstable intermediates during the reaction.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC7bc5_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The immediate setting of the reactive site alters how atoms interact during catalysis.'.
Acid-base catalysis Incorrect Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect MC599e_a5c5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Charge distributions are optimized in the catalytic pocket to support intermediate stability.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Active Site Microenvironment Correct Bond Strain or Distortion Incorrect MCc945_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is bent or twisted into a higher-energy conformation.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect MC7e02_737c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Multiple substrates are brought together and precisely positioned for interaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Correct MC0023_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A direct interaction creates an intermediate enzyme-substrate complex that alters the reaction pathway.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct MC0023_0b9e
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A direct interaction creates an intermediate enzyme-substrate complex that alters the reaction pathway.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct MCc58b_8466
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Mechanical stress is applied to stretch or compress bonds in the substrate.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct Covalent Catalysis Incorrect MC65e7_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A positively charged ion attracts or repels electrons to promote the reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Metal Ion and Electrostatic Catalysis Correct MC13b1_90ef
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Structural tension is introduced into the substrate to increase the likelihood of reaction.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCff4a_8466
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Creates a new reaction pathway, i.e., adds an additional step in the reaction'.
ATP Hydrolysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct MCec92_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Movement of a hydrogen atom influences the readiness of atoms to make or break bonds.'.
Acid-base catalysis Correct Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCb7d8_0b9e
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The enzyme forms a bond with the substrate that facilitates conversion into the product.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct MC1e5f_24ba
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate and enzyme form an intermediate complex before completing the reaction.'.
Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MCdfd6_a5c5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A high energy molecule is broken down to drive conformational shifts.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect MC2a2b_24ba
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Chemical surroundings are adapted to promote bond changes during the reaction.'.
Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCc945_90ef
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is bent or twisted into a higher-energy conformation.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCc170_24ba
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Electrostatic forces within the active site are adjusted to promote the reaction.'.
Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MC2765_737c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'When two substrates are brought into close proximity with one another.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Correct MC7bc5_8466
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The immediate setting of the reactive site alters how atoms interact during catalysis.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MCfc10_b8e0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'uses an ion that can also act to stabilize the charges on the intermediates in the reaction.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCd19f_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Ions help organize the charges of important groups in the reaction.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MCd6ca_b8e0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The reaction proceeds through a stage where the substrate is attached to the enzyme.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct Metal Ion and Electrostatic Catalysis Incorrect MC13d1_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is forced into a conformation resembling the transition state.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Correct Metal Ion and Electrostatic Catalysis Incorrect MCe272_cab5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A secondary high-energy process brings energy into the system to promote transformation.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC13d1_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is forced into a conformation resembling the transition state.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect MCfc10_2545
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'uses an ion that can also act to stabilize the charges on the intermediates in the reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCd08d_1fd0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Uses a special cation to stabilize a negative charge in the active site'.
Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCe433_b8e0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Reactive partners are activated through interactions with nearby charged groups.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC9d0e_737c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A hydrogen shift increases the effectiveness of a nearby atom in bond formation or cleavage.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect MCcadc_811a
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A temporary link is formed between the substrate and the enzyme.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MCee9e_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The reaction site arranges substrate components to ensure correct position for reaction.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Correct MC13b1_8466
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Structural tension is introduced into the substrate to increase the likelihood of reaction.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct Covalent Catalysis Incorrect MC8af7_39cd
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The spatial arrangement of atoms influences ionization and electron flow.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect MCd08d_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Uses a special cation to stabilize a negative charge in the active site'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MCfc3e_b8e0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'An ion in the active site interacts with the substrate to support the reaction.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCe433_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Reactive partners are activated through interactions with nearby charged groups.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MC13d1_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is forced into a conformation resembling the transition state.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Correct Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MCd08d_b8e0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Uses a special cation to stabilize a negative charge in the active site'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC599e_39cd
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Charge distributions are optimized in the catalytic pocket to support intermediate stability.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect MCd6ca_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The reaction proceeds through a stage where the substrate is attached to the enzyme.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MC7e02_3ccf
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Multiple substrates are brought together and precisely positioned for interaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Correct Covalent Catalysis Incorrect MC9a00_3ccf
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A short-lived connection forms between the substrate and the enzyme.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MC7e02_cab5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Multiple substrates are brought together and precisely positioned for interaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Correct Metal Ion and Electrostatic Catalysis Incorrect MC56d8_811a
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A reactive group on the enzyme bonds to the substrate to initiate a new pathway.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MC2765_932f
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'When two substrates are brought into close proximity with one another.'.
Acid-base catalysis Incorrect Catalysis by Approximation Correct Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC92dc_e04c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The reaction center is stabilized by charge-based interactions during the transition state.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MCe272_1c3c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A secondary high-energy process brings energy into the system to promote transformation.'.
ATP Hydrolysis Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC1dd0_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion stabilizes areas with too many electrons during a reaction step.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MCd307_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Has reactions involving electron pairs, commonly involving a proton exchange.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MCb521_0b9e
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A side chain removes a hydrogen to enhance electron density for attack.'.
Acid-base catalysis Correct Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MCcadc_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A temporary link is formed between the substrate and the enzyme.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MC9d0e_a5c5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A hydrogen shift increases the effectiveness of a nearby atom in bond formation or cleavage.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect MC0023_3ccf
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A direct interaction creates an intermediate enzyme-substrate complex that alters the reaction pathway.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MCd6ca_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The reaction proceeds through a stage where the substrate is attached to the enzyme.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct MC2a2b_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Chemical surroundings are adapted to promote bond changes during the reaction.'.
Acid-base catalysis Incorrect Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect MCac59_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion helps stabilize unstable intermediates during the reaction.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MCb7d8_1fd0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The enzyme forms a bond with the substrate that facilitates conversion into the product.'.
Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct Metal Ion and Electrostatic Catalysis Incorrect MCc945_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is bent or twisted into a higher-energy conformation.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Correct Covalent Catalysis Incorrect MCff4a_1c3c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Creates a new reaction pathway, i.e., adds an additional step in the reaction'.
ATP Hydrolysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct Metal Ion and Electrostatic Catalysis Incorrect MCfc3e_cab5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'An ion in the active site interacts with the substrate to support the reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MC3eec_1c3c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The arrangement of charged ions help guide the substrate into the ideal position for chemistry.'.
ATP Hydrolysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC0023_8466
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A direct interaction creates an intermediate enzyme-substrate complex that alters the reaction pathway.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Correct MC3eec_1fd0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The arrangement of charged ions help guide the substrate into the ideal position for chemistry.'.
Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC380d_4f42
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local concentration of substrates is effectively increased by spatial confinement.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Correct MC599e_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Charge distributions are optimized in the catalytic pocket to support intermediate stability.'.
Acid-base catalysis Incorrect Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect MC0ea4_90ef
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'High-energy bond cleavage is coupled to chemical changes in the system.'.
ATP Hydrolysis Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCcadc_1fd0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A temporary link is formed between the substrate and the enzyme.'.
Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct Metal Ion and Electrostatic Catalysis Incorrect MCc170_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Electrostatic forces within the active site are adjusted to promote the reaction.'.
Acid-base catalysis Incorrect Active Site Microenvironment Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCe708_4f42
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Substrates are oriented in a geometry that enhances the chance of chemical change.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Correct MC13b1_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Structural tension is introduced into the substrate to increase the likelihood of reaction.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect MCc96b_4f42
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Transfer of a proton improves the departure of an unstable leaving group.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect MCc945_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is bent or twisted into a higher-energy conformation.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Correct Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC1069_d5ce
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Breakdown of a high-energy compound powers chemical transitions.'.
ATP Hydrolysis Correct Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MC023f_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A hydrogen is transferred to or from a reactive group to make it more reactive.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Bond Strain or Distortion Incorrect Metal Ion and Electrostatic Catalysis Incorrect MCdfd6_737c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A high energy molecule is broken down to drive conformational shifts.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect MC8af7_0b9e
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The spatial arrangement of atoms influences ionization and electron flow.'.
Acid-base catalysis Incorrect Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MCa26d_d5ce
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The enzyme briefly attaches to the substrate during the reaction.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Correct MC7e02_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Multiple substrates are brought together and precisely positioned for interaction.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Correct MCe708_cab5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Substrates are oriented in a geometry that enhances the chance of chemical change.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Catalysis by Approximation Correct Metal Ion and Electrostatic Catalysis Incorrect MCf8cd_1c3c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion holds the substrate in the right position for the reaction.'.
ATP Hydrolysis Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC7e02_932f
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Multiple substrates are brought together and precisely positioned for interaction.'.
Acid-base catalysis Incorrect Catalysis by Approximation Correct Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC13d1_811a
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is forced into a conformation resembling the transition state.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MC7e02_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Multiple substrates are brought together and precisely positioned for interaction.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Correct Covalent Catalysis Incorrect MCc58b_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Mechanical stress is applied to stretch or compress bonds in the substrate.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Correct Metal Ion and Electrostatic Catalysis Incorrect MC6fc5_d5ce
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local polarity and charge are tuned to create favorable reaction conditions.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MC3eec_cc51
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The arrangement of charged ions help guide the substrate into the ideal position for chemistry.'.
ATP Hydrolysis Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCfc3e_2545
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'An ion in the active site interacts with the substrate to support the reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MC6fc5_24ba
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local polarity and charge are tuned to create favorable reaction conditions.'.
Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MCfc10_e04c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'uses an ion that can also act to stabilize the charges on the intermediates in the reaction.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Correct MC460a_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The molecular arrangement of the substrate is structurally destabilized.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect MC0de6_737c
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Cleaving a specific high-energy bond allows the system to overcome energetic barriers.'.
ATP Hydrolysis Correct Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Catalysis by Approximation Incorrect MCe272_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A secondary high-energy process brings energy into the system to promote transformation.'.
ATP Hydrolysis Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC460a_1fd0
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The molecular arrangement of the substrate is structurally destabilized.'.
Bond Strain or Distortion Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Incorrect MCf91f_3ccf
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A group adjusts the electron flow by altering local charge through hydrogen transfer.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MC6fc5_39cd
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local polarity and charge are tuned to create favorable reaction conditions.'.
ATP Hydrolysis Incorrect Active Site Microenvironment Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect MC6417_0b9e
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A functional group removes a proton to activate a nearby nucleophilic residue.'.
Acid-base catalysis Correct Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Covalent Catalysis Incorrect MCd307_a5c5
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Has reactions involving electron pairs, commonly involving a proton exchange.'.
ATP Hydrolysis Incorrect Acid-base catalysis Correct Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect MCf8cd_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion holds the substrate in the right position for the reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Metal Ion and Electrostatic Catalysis Correct MC0de6_1538
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Cleaving a specific high-energy bond allows the system to overcome energetic barriers.'.
ATP Hydrolysis Correct Bond Strain or Distortion Incorrect Catalysis by Approximation Incorrect Metal Ion and Electrostatic Catalysis Incorrect MC3eec_73d8
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The arrangement of charged ions help guide the substrate into the ideal position for chemistry.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Incorrect Metal Ion and Electrostatic Catalysis Correct MCac59_2545
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'A charged ion helps stabilize unstable intermediates during the reaction.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Covalent Catalysis Incorrect Metal Ion and Electrostatic Catalysis Correct MCc945_811a
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The substrate is bent or twisted into a higher-energy conformation.'.
Acid-base catalysis Incorrect Bond Strain or Distortion Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MC6fc5_4da9
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local polarity and charge are tuned to create favorable reaction conditions.'.
Acid-base catalysis Incorrect Active Site Microenvironment Correct Catalysis by Approximation Incorrect Covalent Catalysis Incorrect MC380d_a1bb
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'Local concentration of substrates is effectively increased by spatial confinement.'.
Acid-base catalysis Incorrect Active Site Microenvironment Incorrect Bond Strain or Distortion Incorrect Catalysis by Approximation Correct MC460a_a79b
Which one of the following mechanisms of enzyme catalysis correspond to the definition 'The molecular arrangement of the substrate is structurally destabilized.'.
ATP Hydrolysis Incorrect Acid-base catalysis Incorrect Bond Strain or Distortion Correct Covalent Catalysis Incorrect