Current Developments in Biotechnology and Bioengineering

<p>Industrial Bioprocesses</p> <p>1. Industrial bioprocesses and the biorefinery concept </p> <p>2. Omics tools for bioprocess development </p> <p>3. Cell factories for industrial bioprocesses </p> <p>4. Enzyme systems for industrial bioprocesses </p> <p>5. Design and types of bioprocesses </p> <p>6. Bioprocess engineering and process optimization </p> <p>7. Microbial bioprocesses </p> <p>8. Plant cell bioprocesses </p> <p>9. Animal cell bioprocesses </p> <p>10. Biofilm bioprocesses </p> <p>Bioreactors for Industrial Bioprocesses</p> <p>11. Basics of Bioreactor Design</p> <p>12. Stirred-Tank Bioreactors</p> <p>13. Nonmechanically Agitated Bioreactors</p> <p>14. Packed-bed Bioreactors </p> <p>15. Membrane Bioreactors</p> <p>16. Photobioreactors</p> <p>17. Solid-State Fermentation Bioreactor Fundamentals </p> <p>18. Bioreactor Development for the Cultivation of Extremophilic Microorganisms </p> <p>19. Application of Microbioreactors for Bioprocesses</p> <p>20. Modeling and Control of Bioreactors </p> <p>21. Scale-up strategies of Bioreactors </p> <p>Controls of Industrial Bioprocesses</p> <p>22. Principles of bioprocess control </p> <p>23. Characterization of industrial bioreactors (mixing, mass and heat transfer)</p> <p>24. Present status of standard instruments for bioprocess analysis and control </p> <p>25. Biosensors </p> <p>26. Real-time Knowledge-Based Systems</p>