Sentence examples for scaffold technology from inspiring English sources

Alvetex®: Polystyrene Scaffold Technology for Routine Three Dimensional Cell Culture / Stefan Przyborski.

Tissue engineering, specifically scaffold technology, has recently received a lot of attention in the search for an ideal cartilage procedure that is cost-effective, time efficient, and simple.

The incorporation of scaffold technology with the developing embryonic stem (ES) cell field and the capacity of ES cells for self-renewal and differentiation are believed to hold enormous potential for applications in biomedical research and regenerative medicine.

A fruitful interplay between cells, morphogens and scaffold technology will be crucial for successful cartilage-like patterning of transplants for successful integration.

Clearly, there is a need for a hybrid scaffold technology with the strength of the ceramics and the elasticity of polymers that will move the field closer to a functional load-bearing scaffold.

In addition, as more and more new types and suitable tissue engineering scaffolds arise for clinical applications and with the progress of the scaffold technology, tissue engineering may eventually benefit the patients.

Poly ethylene glycol) diacrylate (PEGDA) hydrogel scaffolds permit greater biological and biomechanical customization than do non-woven mesh scaffold technologies.

To date, current scaffold technologies are poorly suited for fabricating composite muscle and tendon tissues with a proper MTJ interface.

Critical insights on the current trends of scaffold technologies and future directions for advancing next-generation BTE scaffolds into the clinical realm are discussed.

Conventional scaffold technologies have limitations in their ability to design and fabricate complex-shaped matrix architectures of structural and mechanical equivalence to elastic cartilage found in the body.

L. Chen et al. applied scaffold technologies to the engineering of cartilage, examining the fetal chondrocytes when placed on nanohydroxyapatite/PLGA composite scaffolds.