TISSUE ENGINEERING
PALSSON, Bernhard O
TISSUE ENGINEERING - Noida Pearson 2009
1. Introduction.
I. QUANTITATIVE CELL AND TISSUE BIOLOGY.
2. Tissue Organization.
3. Tissue Dynamics.
4. Morphogenesis.
5. Stem Cells.
6. The Cellular Fate Processes.
7. Coordination.
II. CELL AND TISSUE CHARACTERIZATION.
8. High-Throughput Biological Data.
9. Cell and Tissue properties.
10. Cell and Tissue Culture.
11. Gene Transfer.
III. ENGINEERING METHODS AND DESIGN.
12. Time Constants.
13. Scaling-up.
14. Cell Separation.
15. Biomaterial Scaffolds.
16. Tailoring Biomaterials.
IV. CLINICAL IMPLEMENTATION.
17. Conventional Approaches to Tissue Repair.
18. Host Integration.
19. Producing TE Therapies.
Tissue Engineering Study Problems.
Bibliography.
Index."
9788131728550
Human physiology
612.028 PAL-T
TISSUE ENGINEERING - Noida Pearson 2009
1. Introduction.
I. QUANTITATIVE CELL AND TISSUE BIOLOGY.
2. Tissue Organization.
3. Tissue Dynamics.
4. Morphogenesis.
5. Stem Cells.
6. The Cellular Fate Processes.
7. Coordination.
II. CELL AND TISSUE CHARACTERIZATION.
8. High-Throughput Biological Data.
9. Cell and Tissue properties.
10. Cell and Tissue Culture.
11. Gene Transfer.
III. ENGINEERING METHODS AND DESIGN.
12. Time Constants.
13. Scaling-up.
14. Cell Separation.
15. Biomaterial Scaffolds.
16. Tailoring Biomaterials.
IV. CLINICAL IMPLEMENTATION.
17. Conventional Approaches to Tissue Repair.
18. Host Integration.
19. Producing TE Therapies.
Tissue Engineering Study Problems.
Bibliography.
Index."
9788131728550
Human physiology
612.028 PAL-T