Abstract: Iron oxide magnetic nanomaterials are among the most widely used nanomaterials in nanomedicine. Due to their magnetic and structural properties, iron oxide magnetic nanotubes are extremely attractive ...

Abstract: Over the years, implantable sensor technology has found many applications in healthcare. Research projects have aimed at improving power supply lifetime for longevity of an implanted sensor system. ...

Abstract: This report discusses the compatibility of hematite nanotubes with PC12 cells and the use of these hematite nanotubes to deliver nerve growth factor (NGF) for the differentiation and growth of ...

Abstract: Power supply is an important aspect of micronanobiomedical devices. Implantable devices are required to stay inside of the body for longer period of time to provide continuous monitoring, ...

Abstract: Magnetic nanotubes hold the potential for neuroscience applications because of the feasibility of controlling the orientation or movement of magnetic nanotubes and their ability to deliver chemicals ...