Tissue engineering integrates principles from engineering and life sciences to create functional biological tissues for medical applications. It involves combining scaffolds, cells, and bioactive molecules to develop constructs that mimic natural tissues. Key components include biocompatible materials like polymers and ceramics, stem cells or other progenitor cells, and growth factors to support tissue growth and function. Applications range from regenerative medicine—replacing or repairing damaged tissues and organs—to drug testing and disease modeling. Challenges include achieving vascularization for larger tissues,
ensuring long-term functionality, and overcoming immunological responses. Tissue engineering holds promise for advancing personalized medicine and improving patient outcomes.
Tracks:
Scaffold Design and Materials
Cell Sources and Bioreactors
Bioactive Molecules and Growth Factors
Vascularization Strategies