The method for creating biomedical parts that most closely resemble the properties of genuine tissue is 3D printing. The method builds up these structures layer by layer using a bioink. The art of 3D Bioprinting allows for the creation of biological objects with hierarchical architecture that is similar to that of their natural counterparts. Artificially creating living, functional tissues can fill a gap in tissue replacement and organ transplantation.
By using living cells, organ transplantation, and tissue engineering, 3D Bioprinting refers to the three-dimensional printing of biological tissues and organs. Layer-by-layer approach, computed tomography (CT), and magnetic resonance imaging (MRI) techniques are primarily used. In addition to printing tissues and organs to aid in drug and pill research, 3D bioprinting has started to create scaffolds that can be used to restore ligaments and joints.
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