The TAP-LPFG sensors are demonstrated for detection of sucrose solutions, refractive index matching liquids and low concentration glucose solutions.
Herein, field effect transistors have been demonstrated for selective detection of organic vapours through strategic design of porphyrin wrapped single walled carbon nanotubes (SWNTs) as sensor channels.
Practical utility of the developed GNP-MWCNT nanocomposite biosensor has been demonstrated for the detection of 5-FU directly from artificial urine and pharmaceutical formulations with good recovery limits.
While stellar examples have been demonstrated for biomolecular detection and imaging, exciting new possibilities for long-term integration and dynamic stimulation are now emerging, including protein activation, membrane integration and intracellular delivery.
One approach for the single molecule sequencing of modified bases is to exploit the pausing of a polymerase due to the presence of chemical tags; this has been demonstrated for the detection of 5hmC in single-molecule real-time sequencing (SMRT).
A portable, camera-based system of size 13 cm × 4.9 cm × 3.5 cm with six detection areas on an RWG surface area of 11 mm × 7 mm has been demonstrated for the parallel detection of six protein binding kinetics.
DOT has been demonstrated for breast tumor detection [ 1, 2], brain functional imaging [ 3, 4] and small animal imaging [ 5, 6].
The choice of fluorescent rather than colorimetric detection is at least partially responsible for the improved sensitivity demonstrated by the Sofia Legionella FIA, and this improvement has also been demonstrated for Influenza virus detection in comparison with several colorimetric lateral flow devices [ 19– 22].
Based on the mature development of microfabrication, microfluidic systems have been demonstrated for various genomic detections.
Cooperating with syringe pumps, the microfluidic chip with the integrated sample injector has been demonstrated for microflow injection chemiluminescence detection of hydrogen peroxide.
