In the last decade, several studies from different fields have contributed significantly to the
development of the enzyme biofuel cell (BFC). Moreover, the design of biocatalyst‐modified …

It is well known that current fossil fuel usage is unsustainable and associated with
greenhouse gas production. The amount of the world's primary energy supply provided by …

Developing a high-efficient and low-cost nanocomposite, featured by abundant active sites
with excellent transfer ability for electrons and high conductivity, for the simultaneous …

Sensing systems containing iron oxide nanoparticles have shown high potential for
improving the catalytic activity of diverse analytes. However, the role of magnetic systems in …

Manipulation techniques of materials at nanoscale level have been pointed in the last
decades as a promising tool to develop a new class of modified electrodes applicable in …

Hybrid magnetite materials are interesting for both biomedical and catalytic applications due
to their well-known biocompatibility, as well as their magnetic and electric properties. In this …

Magnetic nanoparticles have been applied in many areas of nanomedicine. Sensing
platforms based on this type of nanoparticles have received attention due to the relative low …

Nanotechnology brings new possibilities for the development of sensors, biosensors, and
novel electrochemical bioassays. Nanoscale materials have been extensively used in a …

It is well known that current fossil fuel usage is unsustainable and associated with
greenhouse gas production. The amount of the world's primary energy supply provided by …

A novel Fe2O3 modified indium tin oxide electrode (Fe2O3/ITO) was fabricated by iron ion‐
implantation method first, and then annealed at 300° C. Fe2O3/ITO reveals good catalytic …