Chapter 10 introduction to metabolism. After studying this chapter you will be able to: Define catabolism and anabolism and know general properties regarding each, know the difference between a heterotroph and a autotroph, know the general spatial organization of pathways (multienzyme complexes, individual soluble proteins, membrane associated),. | Chapter 10 Introduction to Metabolism Mutienzyme complex Separate enzymes Membrane Bound System Organization of Pathways Linear (product of rxns are substrates for subsequent rxns) Closed Loop (intermediates recycled) Spiral (same set of enzymes used repeatedly) Metabolism Proceeds in Discrete Steps Common mechanisms Feedforward activation Enzyme Regulation of Flux ATP Phosphoryl-group Transfer | Chapter 10 Introduction to Metabolism Mutienzyme complex Separate enzymes Membrane Bound System Organization of Pathways Linear (product of rxns are substrates for subsequent rxns) Closed Loop (intermediates recycled) Spiral (same set of enzymes used repeatedly) Metabolism Proceeds in Discrete Steps Common mechanisms Feedforward activation Enzyme Regulation of Flux ATP Phosphoryl-group . | Chapter 10 Introduction to Metabolism Mutienzyme complex Separate enzymes Membrane Bound System Organization of Pathways Linear (product of rxns are substrates for subsequent rxns) Closed Loop (intermediates recycled) Spiral (same set of enzymes used repeatedly) Metabolism Proceeds in Discrete Steps Common mechanisms Feedforward activation Enzyme Regulation of Flux ATP Phosphoryl-group . | Chapter 10 Introduction to Metabolism Mutienzyme complex Separate enzymes Membrane Bound System Organization of Pathways Linear (product of rxns are substrates for subsequent rxns) Closed Loop (intermediates recycled) Spiral (same set of enzymes used repeatedly) Metabolism Proceeds in Discrete Steps Common mechanisms Feedforward activation Enzyme Regulation of Flux ATP Phosphoryl-group Transfer | Chapter 10 Introduction to Metabolism Mutienzyme complex Separate enzymes Membrane Bound System Organization of Pathways Linear (product of rxns are substrates for subsequent rxns) Closed Loop (intermediates recycled) Spiral (same set of enzymes used repeatedly) Metabolism Proceeds in Discrete Steps Common mechanisms Feedforward activation Enzyme Regulation of Flux ATP Phosphoryl-group Transfer
