Mishra N. – TechConnect Briefs

Bio-Molecules Immobilization on Nanowire Electronic Devices

Maki G., Maki W., Mishra N., Fellegy M., Cameron E., Maki G., Maki W., University of Idaho, US

Nano-scale Field Effect Transistor based devices (nano-FETs) have shown great promise in bio-molecular detection. The advantages of using electronic nano-devices verses using conventional bio-detection methods are: direct detection without labeling, ultra-sensitivity without amplification and simple [...]

Fabrication and Characterization of Nano-Field Effect Transistor for Bio-safety

Mishra N., Winterrowd P., Nelson R., Rastogi S., Maki G., Maki W., Maki G., Maki W., University of Idaho, US

The sensitive and robust detection of harmful biological and chemical molecules in the various samples have incredible significance in modern healthcare. New research in the field of nanowires has evidence that nanowire based diagnostic methods [...]

Homogeneous Bioluminescence Resonant Energy Transfer On High Density Array Imaging Chip

Filanoski B., Rastogi S., Cameron E., Mishra N., Maki W., University of Idaho, US

Fluorescent microarray technologies are widely used in molecular biology for studying gene expression, immune detection and drug discovery. Fluorescent assays are very sensitive but present problems with many bio-agents having inherent fluorescence which interfere with [...]

Peptide Nucleic Acids Modified Nano-Biosensor for Early Cancer Diagnosis

Rastogi S., Mishra N., Winterrowd P., Nelson R., Maki W., University of Idaho, US

Epigenetics is proving to have an increasingly important role in both human development and disease, particularly cancer. DNA methylation is one of two epigenetic alterations. A distinct set of tumor types has a high level [...]