Biomaterials obtained through self-assembling process of peptide amphiphile (PA) molecules provide great potential to introduce new therapeutic approaches in regenerative medicine through mimicking the natural environments ...

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 ...

Extracellular polymeric substances consist of molecules, DNAs, carbohydrates, and proteins that are secreted by microbial biofilms. These molecules assist in the synthesis of bacterial biofilms as highly ordered, complex ...

Considering the time arrow of science, things are getting smaller and smarter as the information grows immensely. More is known about the molecular and genetic basis of diseases, and therapies become more personalized ...

Re ent developments in experimental te hniques have made the design and produ tion of materials at nanos ale possible. In parti ular, graphene has been the fo us of resear h in diverse elds owing to high mobility ...

Biologically important biothiols like Cystein (Cys), Homocystein (Hcy) and Glutathione (GSH) are vital for the maintenance of cellular redox status and alterations in their levels is linked to a number of severe diseases ...

When the fiber lasers first appeared in 1970s, their average powers and pulse energies were so low that they remained as a laboratory curiosity for a long time. The scientific interest in fiber lasers continued due to ...

Polybenzoxazines are newly developing phenolic type thermoset resins having fascinating properties which overcome the shortcomings of the traditional resins. In recent years, polybenzoxazines are attracting much interest ...

Frictional and vibrational properties of low-dimensional nanostructures have been investigated using the state-of-the-art ab-initio calculations. Stringent test of stability based on calculation of phonon dispersions ...