'Induced fit model' presentation slideshows

Chapter 3 Enzyme1 introduction to enzymes

Chapter 3 Enzyme1 introduction to enzymes. Lecture Outline. Introduction to enzyme Properties and catalytic mechanisms of enzymes Structure and function of enzymes Nomenclature and classification of enzyme Kinetics of enzyme-catalyzed reaction Regulation of enzyme activity

1.52k views • 149 slides

Enzyme Review

Enzyme Review. Lock and Key Model Induced Fit Model Inhibitors Competitive Inhibition Non- competetive Inhibition Activators. Inhibitors. Inhibitors. Inhibitors. Inhibitors. Inhibitors. Inhibitors. Inhibitors. Inhibitors. Inhibitors. Inhibitors. Inhibitors. Inhibitors.

596 views • 40 slides

658 views • 33 slides

Chapter 8 Introduction to Metabolism

520 views • 26 slides

Enzymes

Enzymes. Enzymes Enzyme Action Factors Affecting Enzyme Action Enzyme Inhibition. Enzymes. Catalysts for biological reactions Most are proteins Lower the activation energy Increase the rate of reaction. Important Terms!. SUBSTRATE(S): Substance(s) that the enzyme is working on.

465 views • 21 slides

Enzymes

Enzymes. Enzymes: Important Terminology. I. Metabolism In order for cells to maintain homeostasis, they must constantly convert chemicals from one form to another, in order to produce necessary molecules, obtain usable molecules from food, and produce energy rich molecules

299 views • 17 slides

Topic 3.6 & 7.6: Enzymes

Topic 3.6 & 7.6: Enzymes. Enzymes are organic molecules which act as catalysts. Enzymes are long chains of amino acids that have a very specific three-dimensional shape Globular shape Shape is complex but very specific

292 views • 17 slides