... scaffold with structural integrity for 14 days. Originality/value This paper reports that in situ 3D printing is an efficient method for 3D-laden construct fabrication and its potentials in biomedical application. Printing Biotechnology Fabrication Polymers 3D Tissue engineering...

... anymore. Presently, AM technique is a powerful tool to fabricate TE scaffolds, and this technique is becoming increasingly popular in TE field. Jack Zhou can be contacted at: zhoug@drexel.edu © Emerald Group Publishing Limited 2015 Biotechnology Rapid prototyping Bones Injury...

... to construct hard tissue with delicate structures. The present strategy enhances the versatility of scaffold fabrication by RP. Biotechnology Ceramics Computer aided manufacturing Stereolithography Rapid prototyping Scaffolds Articular cartilage covers the ends of long bones and performs...

... was to determine the best set of parameters to produce scaffolds with an elevated reproducibility and structural integrity. M. Domingos can be contacted at: domingos.marco@ns.dcci.unipi.it © Emerald Group Publishing Limited 2012 Mechanical properties of materials Biotechnology...

...<0.05 was considered statistically significant. Rapid prototypes Biotechnology Polymers Biodegradable polymer scaffolds have been widely used for three‐dimensional (3D) cell cultures in the field of tissue engineering (TE). Numerous studies have actively focused on scaffold fabrication...

.... Florencia Edith Wiria can be contacted at: florencia@SIMTech.a‐star.edu.sg © Emerald Group Publishing Limited 2010 Rapid prototypes Biotechnology Sintering Heat transfer Powders Tissue engineering (TE) is an interdisciplinary field that strives to sustain, restore and enhance tissue...

... was also used to generate the stereolithography files required by the fabrication system. Jack Zhou can be contacted at: zhoug@drexel.edu © Emerald Group Publishing Limited 2010 Biotechnology Bones Injuries Musculoskeletal system More than 500,000 bone‐grafting procedures...

... and injury. The knowledge from this study will help effectively and efficiently fabricate various biological constructs for organ printing and biosensor fabrication applications. Cytology Cancer Lasers Biotechnology In order to better understand the post‐transfer cell viability during MAPLE DW...

... Biotechnology © Emerald Group Publishing Limited 2009 This research paper demonstrates how by using the bioplotting technique we can fabricate complex 3D geometrical scaffolds with accurate feature sizes and good pore definition for use as biological matrices. TE scaffolds were produced using...

... and failure point were evaluated from the stress‐strain graph. A sample set of three scaffolds, which were cut into 8×8×3 mm cuboids, was used for each test and the average value was calculated. Rapid prototypes Biotechnology Biomedical science has made much progress in understanding how...

... of the normal side. © MCB UP Limited 2003 Rapid prototyping Biotechnology Manufacturing Bio‐manufacturing is an important field related to the replacement and repair science of human organs. Based on application engineering and life science, bio‐manufacturing develops biology replacements...