Sentence examples for diverse tissue engineering from inspiring English sources
Research on developing functional polymeric scaffolds has been conducted in diverse tissue engineering applications for a few decades.
Poly(ε-caprolactone) triacrylate (PCLTA) developed in our laboratory is a photo-crosslinkable, injectable, and biodegradable polymeric biomaterial for diverse tissue engineering applications.
Our results suggest that these polymers are potentially useful as injectable, self-crosslinkable, and photo-crosslinkable materials for diverse tissue engineering applications.
Both bacterial cellulose and electrospun PCL/collagen I, which have nano-scale structures on the order of 100 500 nm, have been used in many diverse tissue engineering applications.
The present study suggests that these functionalized designer peptide hydrogels not only have promising applications for diverse tissue engineering and regenerative medicine applications as stem cell delivery vehicles, but also could be a biomimetic 3-D system to study nanobiomaterial stem cell interactions and to direct stem cell behaviors.
Including three PCL diacrylates (PCLDAs) and two triacrylates (PCLTAs), PCLAs could be fabricated into polymer networks with controllable physical properties to satisfy diverse tissue-engineering needs, for example, bone and nerve regeneration.
Each exhibits the potential to be tailored to meet diverse clinical tissue engineering requirements.
The initial discovery of endothelial progenitor cells (EPCs) in tandem with emerging concepts in stem cell biology has generated enormous interest and excitement in fields as diverse as tissue engineering, regenerative medicine, and tumor and vascular biology.
The complexity is daunting and success will require effective collaboration between experts in fields as diverse as tissue engineering, immunology, stem cell research and clinical care.
In its first-ever grant-awarding exercise, BMRC gave a total of 55 grants to support research in areas as diverse as pharmacogenomics, tissue engineering, structural biology, gene therapy, stem cell research, neuroscience, and cancer biology and therapeutics.
The bioceramics concepts, namely, physicochemical, mechanical, and biological properties, and respective applications in diverse fields of tissue engineering, are discussed in depth herein.
