Researchers from Austria, Czech Republic, Germany, Greece, and Singapore jointly developed a new type of MIP-based material for optical sensors.
Detection of nanoparticles and DNA biomarkers at clinically relevant low levels can be achieved by combining epifluorescent microscopy with dielectrophoretic microarrays.
Short engineered protein sequences have been used to initiate the simultaneous synthesis of two inorganic species in desired locations with nanoscale accuracy.
Korean researchers have developed lightweight commercial gamma radiation shielding based on tungsten/polyethylene nanocomposites.
The combination of flow cytometry and X-ray fluorescence enables semi-quantitative estimation of cellular SiO2 nanoparticles and their biological effects.
new research has combined inkjet printing and metal nanoparticle inks as a novel, low-cost solution for interconnect fabrication.
A Harvard research team has used a layer-by-layer technique to assemble a nanostructured surface coating infused with a fluorocarbon-based lubricant.
A team have combined “lab-on-paper” technology with SERS to provide a label-free, ultrasensitive and powerful tool for the detection of specific molecules.
A team in Hong Kong has developed a new method for detecting the lethal bird flu virus quickly, using a class of materials called upconversion nanoparticles.
Three-dimensional optoacoustic tomography enables quantitative measurements of nanoparticle concentrations to evaluate their biodistributions in animal models.