| Description |
xvi, 423 pages : illustrations ; 26 cm |
| Contents |
1. Introduction -- Pt. I. Commercial Bioseparations and Product Measurement. 2. Industrial Bioseparation Processes. 3. Concentration Determination and Bioactivity Assays -- Pt. II. Application of Chemical, Physical, and Biological Properties to Bioseparations. 4. Thermodynamic and Transport Properties. 5. Biocolloidal Interactions and Forces. 6. Bioaffinity -- Pt. III. Bioseparation Methods. 7. Crystallization and Precipitation. 8. Membrane Filtration. 9. Centrifugation. 10. Chromatography. 11. Extraction. 12. Electrophoresis. 13. Magnetic Bioseparations. 14. Solvent Removal and Drying. 15. Cell Disruption -- Pt. IV. Bioprocess Synthesis. 16. Integration of Individual Separation Steps. 17. Production Formulation. 18. Bioprocess Economics -- App. A. The Laplace Transform -- App. B. Numerical Inversion, van der Laan's Theorem, and Huchel and Helmholtz-Smoluchowski Equations |
| Summary |
Bioseparation Process Science fills the need for an in-depth text for advanced undergraduate and graduate students, as well as a host of professionals, who need to learn the techniques of protein purification, large-scale processing and design, and scale-up for the biotechnology and pharmaceutical industries. With an emphasis on the practical aspects of the subject, the authors provide a framework for decision-making in the design of bioseparation processes that takes into account the broader economic considerations as well as the systems design, scientific principles, and engineering aspects |
| Bibliography |
Includes bibliographical references and index |
| Subject |
Biomolecules -- Separation.
|
|
Biochemical engineering.
|
|
Separation (Technology)
|
| Author |
Garcia, Antonio A.
|
| LC no. |
98041792 |
| ISBN |
086542568X |
|
