The race to patent anything related to nanotechnology continues to produce a flood of patents in the U.S., with the number of patents on average growing by over 30% every year since 2000.
French and U.S. researchers designed a nanomechanical DNA switch controlled by the rate of temperature variation, thereby providing a flexible, scalable alternative to simultaneous chemical control of different DNA switches at equilibrium.
Researchers in Switzerland for the first time managed the detection of a protein with inorganic nanopores, opening such possibilities as drug screening on a single molecule level.
Spanish researchers have shown that carbon nanotubes (CNTs) constitute the ideal templates for the formation of one-dimensional strings of metal nanoparticles, with potential uses as waveguides, that would allow the miniaturization of devices below the diffraction limit and as catalytic motors.
A comprehensive overview of the main concepts behind the development of nanosensors and the most relevant applications in the field of environmental analysis.