Electrospun nanofibers are very attractive for many applications including functional textile, biomedical, energy, sensor, biotechnology, food packaging and filtration due to their large surface area to volume ratio, pores ...

In this thesis, changes in Young's modulus of mesenchymal stem cells (MSCs) were investigated during their osteogenic differentiation on bioactive peptide nanofibers that bear triple glutamic acid sequence (EEE), a ...

Self-assembly is a nature inspired novel engineering tool to build functional new generation of adaptable and complex biomaterials with variety of chemical and physical properties based on recent discoveries at the ...

Electrospinning is a commonly studied and widely applied technique for generating nanofibers, with a diameter ranging from several tens of nanometers to a few micrometers. The low-cost, simple set-up, relatively high ...

Electrospun nanofibers attract attention of many areas including food and pharmaceutical industries thanks to their unique physical/mechanical properties like large surface area-to-volume ratio, nanoporous structure, ...