SILK FIBROIN HYBRIDS FOR BIOLOGICAL SCAFFOLDS WITH ADHESIVE SURFACE AND ADAPTABILITY TO THE TARGET TISSUE CHANGE

Silk Fibroin Hybrids for Biological Scaffolds with Adhesive Surface and Adaptability to the Target Tissue Change

Silk Fibroin Hybrids for Biological Scaffolds with Adhesive Surface and Adaptability to the Target Tissue Change

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Background Regenerative Medicine (RM) is a branch of medicine that aims to regenerate tissues and organs to overcome the problems transplants entail Samsung RS52N3313WW No Frost Side-by-side Fridge Freezer With Non-pl (poor availability, risk of rejection and intense immunosuppression).To do this, RM makes use of tissue engineering (TE).This fundamental branch deals with creating biological scaffolds capable of performing the role that physiologically belongs to the extracellular matrix (ECM).

In this review, we report how specific characteristics of the scaffolds (bio-compatibility, biodegradability and mechanical and conformal properties) can be obtained using 3D Dryer Timer Knob printing, which facilitates the emulation of physiological tissues and organs.

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