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Abstract
Decellularization technology creates a three-dimensional structure that maintains the extracellular matrix's natural components.
- Decellularization removes cells from the extracellular matrix, preserving structural and functional proteins.
- The process can be performed using physical, chemical, or biological methods.
- This technology results in a biocompatible and regenerative biomaterial suitable for clinical applications.
- By reducing biological factors and antigens, decellularization may lower the risk of inflammatory responses and immunological rejection.
- Applications in regenerative medicine and tissue engineering could benefit from this promising biomaterial.
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