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Wolff, Annalena: Biomimetics and functional nanostructures. 2014
Inhalt
Introduction
I Devices and Methods
The Alternating Gradient Magnetometer
The Transmission Electron Microscope
The DualBeam device
The Fluorescence Correlation Spectrometer (FCS)
The X-Ray Diffractometer
DC Magnetron Sputtering
II Biomimetic nanoparticlesynthesis
Motivation
Theory
Spinels
Crystal formation
Biomineralization
Proteins and Peptides
Magnetism
3D Tomography on magnetotactic bacteria
Sample preparation
3D tomography and image processing
Conclusion
Synthesis of cobalt ferrite nanoparticles
Polypeptide-inorganic crystal interaction
Polypeptide labelling and syntheses with different c25-mms6 concentrations
Micelle formation
Peptide-nanoparticle interaction
Simulation
Active Center
Summary
Influence of c25-mms6 on particle growth and physical properties
Analytical methods
Control experiment
Biomimetic approach: nanoparticle growth
Comparison and evaluation
Magnetic Properties
Comparison to Prozorovs results
Further experiments
Later addition of c25-mms6
High Temperature
Starting Composition
Conclusion
Outlook
III New approaches in tissue engineering: functional nanostructures for stem cell differentiation
Motivation
Stem cells
Effect of nanopore sizes on stem cell differentiation
Biological investigation
Electron microscopy
Discussion
Summary
FIB prepared samples
Choice of material and sample preparation
Development of a new structuring method
Structuring 30 nm pores
Scripting
Changing the pore density
Discussion
Conclusion
Outlook
Bibliography
Appendix
Appendix A
Appendix B
Appendix C
Appendix D
Appendix E
Appendix F
Appendix G
Publications
Papers
Conferences
Acknowledgements