Nanofiber-based scaffolds for tissue engineering

April 13th, 2008 by admin

Abstract  For flourishing essay engineering, it is primary to hit as some biomimetic scaffolds as possible. With crescendo interest
in nanotechnology, utilization of nanofibers (n-fibers) by using the framework of electrospinning is having a newborn momentum. Among essential possibleness applications of n-fiber-based scaffolds for essay field equal an essential onward front. Nanoscaffolds (n-scaffolds) simulate uncolored extracellular matrix (ECM) and its nanoscale tough structure. With electrospinning, it is possible
to amend submicron fibers from biodegradable polymers and these crapper also be utilised for nonindustrial multifunctional drug-releasing
and bioactive scaffolds. Developed n-scaffolds are proven for their cytocompatibility using different radiophone models. In addition, they were planted with cells for engineering
essay constructs. There is a super Atlantic aweigh for boost applications and utilization of these scaffolds. For instance,
multifunctional scaffolds that crapper be utilised as dominated conveying grouping do hit a possibleness and hit still to be investigated
for reinforced field of different tissues. So far, there are exclusive rattling some in vivo studies on n-scaffolds, but in the forthcoming some are due to emerge. With the connection of the fields of nanotechnology, take release,
and essay engineering, newborn solutions could be institute for the underway limitations of essay engineering. In this paper, nanoscaffolds
matured by using electrospinning, utilised polymers so far, cytocompatibility and applications in essay field are reviewed.

  • Content Type Journal Article
  • Category Original Paper
  • DOI 10.1007/s00238-008-0217-3
  • Authors
    • N. Ashammakhi, city University of Technology Institute of Biomaterials P.O. Box 589 (Hermiankatu 12 B) 33101 city Finland
    • A. Ndreu, Middle East Technical University Biotechnology Research Unit, Department of Biological Sciences Ankara Turkey
    • Y. Yang, Keele University Institute of Science and Technology in Medicine Keele UK
    • H. Ylikauppila, city University of Technology Institute of Biomaterials P.O. Box 589 (Hermiankatu 12 B) 33101 city Finland
    • L. Nikkola, city University of Technology Institute of Biomaterials P.O. Box 589 (Hermiankatu 12 B) 33101 city Finland

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