Synthetische Biologie - Von der Technikfolgenabschätzung zur Governance von Forschungs- und Innovationsprozessen? - Synthetische Biologie
Dr. Martin Siemann-Herzberg - Wed, 23.01.2013
'Engineering Life'

Folientitel

1. 'Engineering Life'
2. What is it all about...?
3. Topics
4. 1. Synthetic Biology
5. The Engineering Circuit
6. 2. Metabolic Engineering
7. Metabolic Engineering - Lessons learned
8. (Metabolic) Regulation in Industrial Production Strains
9. Metabolic Engineering - Lessons learned; Example
10. 3. Systems Biology
11. Two Routes to Systems Understanding in Systems Biology
12. Two Routes to Systems Biology
13. Development of Biochemical Engineering
14. Modelled cell complexity
15. Topic 2 - Tools
16. 1. Mathematic Tools
17. 2. Experimental Setup and Tools
18. Experimental Setup 'Models' need Precise
19. MicroArray-Based Global Transcription Analysis
20. 3. Metabolic Engineering at Industry
21. Using Novel Synstethic Biology Strains for Industrial Purpose
22. Warning
23. In Summary
24. Topic 3 - Example
25. Cell free protein synthesis
26. Applications of Cell free protein synthesis
27. The 'In Vitro' Protein Synthesis
28. Cell Free PS Systems
29. Productivities: State of the Art
30. Comparison of Maximal Protein Synthesis Rates
31. In Vitro Protein Synthesis (Picture)
32. Systems Biologie (DNA) - Mathematical Modelling
33. Systems Biologie Stoichiometric Network Analysis
34. Reaction Analysis - Comparison of Ribosome Concentrations
35. Consequence (Hypothesis)
36. Validation (Experimental Analysis)
37. Quantification at Initiation of Reaction I
38. Quantification at Initiation of Reaction II
39. Experimental Analysis Quantification/Dynamics of the System
40. Conclusions: Part II
41. Simulations
42. Optimization of initial translationfactor levels
43. Conclusions
44. Applications: Future Aspects in Protein Synthesis
45. Rational Protein Design
46. Protein Engineering of Membrane Proteins
47. Protein Engineering of Post-Translational Modified Proteins
48. The In Vitro Golgi Apparatus
49. In Vitro Protein Evolution: 'Ribosomal Display'
50. Molecular Evolution: Ribosomal Display
51. In Vitro Evolution based on In Vitro Compartimentisation
52. Visions and Applications
53. 'Hugo' and its Visions
54. Virtual Life
55. Minimal Genome
56. The Virtual Cell (E-Cell) - Nowadays
57. The 'Lego Cell'
58. Visions and Applications - Science or Fiction...
59. How to make Artifical Life
60. Every Cell comes out of a Cell
61. In Vintro Life I
62. In Vintro Life II
63. Life might be more than the 'simple' Sum-Up of Genes
64. Complexity of Metabolic Networks in Living Systems

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Kontakt

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