… 3D bioprinting strategy from medical imaging to printed tissue construct: (A) schematic … for
automated printing of 3D shape imitating target tissue or organ. A 3D CAD model developed …

… from 2013 and his main research interests include tissue engineering, 3D bio-printing
and bio-fabrication, bioengineered scaffolds, hydrogel biomaterials and cell performances. …

… bioprinters are based on this technology [20]. Moreover, it has proved to be far more reliable
for tissue engineering … and functional complexity of cartilage tissue. We selected a collagen …

… consideration when designing 3D bioprinted constructs. Bioinks … Three-dimensional bioprinted
constructs require the ideal … and 3D bioprinted constructs for cartilage tissue engineering …

… bioprinting of scaffolds for application in musculoskeletal and cardiovascular tissue engineering…
factors for printing 3D scaffolds and tissue engineering constructs. The concentration of …

… in tissue engineering for fabrication of 3D complex tissues with a suitable function. The 3D
bioprinting is able to provide a great opportunity to generate functional engineered tissues as …

… of liquid stimuli is a representative invasive stimulation strategy for 4D bioprinting, which …
reported a 4D bioprinting strategy based on DIW and shape-changing hydrogels. Different …

… Furthermore, parallel advancements in medical imaging, CAD, and CAM have enabled
tissue engineers to generate bioprinted tissues with patient-specific geometry, using common …

… for media exchange, vascularization, tissue growth and engraftment. This review presents
design requirements for bioprinting and discusses currently available medical imaging …

… of engineered cartilage and … bioprinting technologies used in cartilage tissue engineering,
outlined the recent advances of 3D bioprinting technologies in cartilage tissue engineering, …