Gregory F. Payne is a founding member of the Chemical andBiochemical Engineering Department at the University ofMaryland. Venkataraman Bringi and Christopher L. Prince are both foundingmembers and vice presidents at Phyton, Inc. in Ithaca, NewYork. Michael L. Shuler is Professor of Chemical Engineering with a jointappointment in the Institute of Food Science at Cornell University.

• The Quest for Commercial Production of Chemicals from Plant CellCulture. Structure and Metabolism of Plant Cells. Quantifying Growth and Product Synthesis: Kinetics andStoichiometry. Mass Transfer. Sparingly Soluble Volatile Components: Oxygen, Carbon Dioxide, andEthylene. Suspension Culture. Immobilized Plant Cells. Root Cultures. Shoot Cultures. Somatic Embryogenesis. Questions and Strategies for Productivity Improvements. Index.

Gregory F. Payne is a founding member of the Chemical andBiochemical Engineering Department at the University ofMaryland. Venkataraman Bringi and Christopher L. Prince are both foundingmembers and vice presidents at Phyton, Inc. in Ithaca, NewYork. Michael L. Shuler is Professor of Chemical Engineering with a jointappointment in the Institute of Food Science at Cornell University.

• The Quest for Commercial Production of Chemicals from Plant CellCulture. Structure and Metabolism of Plant Cells. Quantifying Growth and Product Synthesis: Kinetics andStoichiometry. Mass Transfer. Sparingly Soluble Volatile Components: Oxygen, Carbon Dioxide, andEthylene. Suspension Culture. Immobilized Plant Cells. Root Cultures. Shoot Cultures. Somatic Embryogenesis. Questions and Strategies for Productivity Improvements. Index.

Gregory F. Payne is a founding member of the Chemical andBiochemical Engineering Department at the University ofMaryland. Venkataraman Bringi and Christopher L. Prince are both foundingmembers and vice presidents at Phyton, Inc. in Ithaca, NewYork. Michael L. Shuler is Professor of Chemical Engineering with a jointappointment in the Institute of Food Science at Cornell University.

• The Quest for Commercial Production of Chemicals from Plant CellCulture. Structure and Metabolism of Plant Cells. Quantifying Growth and Product Synthesis: Kinetics andStoichiometry. Mass Transfer. Sparingly Soluble Volatile Components: Oxygen, Carbon Dioxide, andEthylene. Suspension Culture. Immobilized Plant Cells. Root Cultures. Shoot Cultures. Somatic Embryogenesis. Questions and Strategies for Productivity Improvements. Index.