Enzyme Kinetics and Catalysis Fundamentals

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📋 Course Outline

  1. Enzyme Kinetics
  2. Reaction Velocity Equations
  3. Temperature Effects
  4. pH Influence
  5. Michaelis-Menten Model
  6. Lineweaver-Burk Plot
  7. Enzyme Specificity
  8. Enzyme Denaturation
  9. Activation Energy
  10. Collision Theory

📖 1. Enzyme Kinetics

🔑 Key Concepts & Definitions

  • Enzymes catalyze chemical reactions: Biological molecules that accelerate reaction rates, enabling vital biochemical processes to occur within living organisms, often increasing reaction speed by factors up to 10^12–10^17 (Goldberg, 2025-26).

  • Enzyme specificity: The selective nature of enzymes for particular substrates, meaning each enzyme typically catalyzes only one specific reaction or acts on a specific substrate, which is crucial for metabolic regulation (Goldberg, 2025-26).

  • Isozymes: Variants of enzymes that catalyze the same reaction but differ in amino acid sequence, kinetics, and regulation, often expressed in different tissues or cellular compartments (Goldberg, 2025-26).

  • Hypothèse de l’équilibre rapide (Rapid equilibrium hypothesis): Assumes that the formation and dissociation of the enzyme-substrate complex reach equilibrium quickly relative to product formation, allowing for simplified kinetic equations (Goldberg, 2025-26).

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Prévia do quiz

1. What does the Michaelis constant (Km) represent in enzyme kinetics?

2. Who are the authors and the year associated with the development of the Michaelis-Menten reaction velocity model?

3. What is the role of temperature effects on enzyme activity?

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Prévia dos flashcards

Enzymes catalyze reactions?

They accelerate reaction rates in biological systems.

Enzyme specificity — role?

Ensures catalysis of specific substrates or reactions.

Isozymes — definition?

Variants of enzymes with different properties for same reaction.

Rapid equilibrium hypothesis — meaning?

Assumes quick formation/dissociation of enzyme-substrate complex.

Reaction velocity equations — basis?

Derived from Michaelis-Menten assumptions and rate constants.

Temperature effects — enzyme activity?

Increases to an optimum, then declines due to denaturation.

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