1. Introduction<br><br>Section 1: Biomaterials<br>2. Classes of Biomaterials used in Tissue/Organ Regeneration<br>3. Physicochemical Properties of Biomaterials<br>4. Synthesis or Modification of Biomaterials for Regenerative Medicine Applications<br>5. Surface Modifications of Biomaterials for Tissue Engineering<br><br>Section 2: Cell microenvironment and signalling <br>6. Cell microenvironment and ECM<br>7. Cell signalling and strategies to modulate cell behaviour<br><br>Section 3: Cells<br>8. Stem cells: sources, properties and cell types<br>9. Tissue specific cells: sources, properties and cell types<br>10. Cell differentiation: sources, properties and cell types<br>11. Immune cells: sources, properties and cell types<br>12. Angiogenesis/vascular cells: sources, properties and cell types<br><br>Section 4: Organ specific Artificial tissues/Organs<br>13. Heart/Cardiovascular tissues<br>14. Respiratory system tissues <br>15. Digestive system tissues<br>16. Kidney Tissue Engineering<br>17. Liver Tissue Engineering<br>18. Pancreas Tissue Engineering <br>19. Neural Tissue Engineering<br>20. Musculoskeletal Tissue engineering<br><br>Section 5: Biotechnological approaches and Enabling technologies related to organ regeneration<br>21. Emerging biotechnological approaches with respect to organ regeneration: SiRNA, miRNA, CRISPR, CAR-T therapy, -omics approaches etc.<br>22. Bioreactors<br>23. On-chip organ systems<br>24. In vitro disease and organ models<br>25. Bioprinting<br>26. Biorobotics<br>27. Imaging techniques for biomaterials, stem cells and engineered tissues/organs<br>28. Future perspectives/Industrialisation and Up-scaling of organ regeneration technologies