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Regenerative medicine demands new concepts and fabrication tools to improve our common knowledge about cell-cell and cell-environment interactions. In this work, Michele Bianchi shows that different kinds of signals, such as chemical, topographical, and electrical signals, can be arranged in a highly-controlled way. Furthermore, Michele uses scale lengths ranging from several micrometers to a few nanometers, through the employment of unconventional fabrication techniques. For each signal, Michele chose properly designed materials and fabrication methods. The external signals are capable of…mehr
Regenerative medicine demands new concepts and fabrication tools to improve our common knowledge about cell-cell and cell-environment interactions. In this work, Michele Bianchi shows that different kinds of signals, such as chemical, topographical, and electrical signals, can be arranged in a highly-controlled way. Furthermore, Michele uses scale lengths ranging from several micrometers to a few nanometers, through the employment of unconventional fabrication techniques. For each signal, Michele chose properly designed materials and fabrication methods. The external signals are capable of controlling cell adhesion and growth, opening the way for a systematic investigation of the environmental features affecting cell behaviour.
Dr. Michele Bianchi University of Bologna CNR-Institute of Nanostructured Materials (ISMN) m.bianchi@bo.ismn.cnr.it
Inhaltsangabe
Introduction.- Experimental Techniques.- Stable Non-Covalent Functionalization Of Teflon-AF (Chemical Control).- Multiscale Patterning Of TiO 2 For Cell Growth Control (Topographical Control).- Control Of Neural Cell Adhesion On 3D-SWCNT (Electrical Control).- Lithographical Controlled Etching (Appendix).
Introduction. Experimental Techniques. Stable Non Covalent Functionalization Of Teflon AF (Chemical Control). Multiscale Patterning Of TiO2 For Cell Growth Control (Topographical Control). Control Of Neural Cell Adhesion On 3D SWCNT (Electrical Control). Lithographical Controlled Etching (Appendix).
Introduction.- Experimental Techniques.- Stable Non-Covalent Functionalization Of Teflon-AF (Chemical Control).- Multiscale Patterning Of TiO 2 For Cell Growth Control (Topographical Control).- Control Of Neural Cell Adhesion On 3D-SWCNT (Electrical Control).- Lithographical Controlled Etching (Appendix).
Introduction.- Experimental Techniques.- Stable Non-Covalent Functionalization Of Teflon-AF (Chemical Control).- Multiscale Patterning Of TiO 2 For Cell Growth Control (Topographical Control).- Control Of Neural Cell Adhesion On 3D-SWCNT (Electrical Control).- Lithographical Controlled Etching (Appendix).
Introduction. Experimental Techniques. Stable Non Covalent Functionalization Of Teflon AF (Chemical Control). Multiscale Patterning Of TiO2 For Cell Growth Control (Topographical Control). Control Of Neural Cell Adhesion On 3D SWCNT (Electrical Control). Lithographical Controlled Etching (Appendix).
Introduction.- Experimental Techniques.- Stable Non-Covalent Functionalization Of Teflon-AF (Chemical Control).- Multiscale Patterning Of TiO 2 For Cell Growth Control (Topographical Control).- Control Of Neural Cell Adhesion On 3D-SWCNT (Electrical Control).- Lithographical Controlled Etching (Appendix).
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