Therefore, the molecular recognition of ArgNP and different glycans is quite selective, making the sensor applicable to diverse cell types and states.
The ability of this biosensor to detect cells based on overall glycan profiles, as opposed to the commonly used sensors focused on monosaccharides, circumvents the limitations arising from the complexity of glycan structures and makes the sensor applicable to a vast number of cell types.
We present an optical straightness measurement sensor applicable to the watt balance experiment.
Bismuth-powder modified carbon paste electrode (Bi-CPE) is presented as an attractive "mercury-free" sensor applicable in electrochemical striping analysis of selected heavy metals.
This sensor is potentially applicable to a remote query wireless measurement in hazardous environments when a suitable antenna device is adapted.
The merits of simple structure, stable performance, and compatible process to standard semiconductor techniques make the sub-micron sensors applicable in solid electronic devices, microfluidic systems, and even for bio-sensing at the cell level.
A sophisticated tracking algorithm is therefore not applicable to sensor applications, and any tracking system should explicitly consider the energy issue.
The ppb-level detection capability of this sensor combined with its relatively fast response, high selectivity to CO and NH3 makes the sensor potentially applicable in gas monitoring for asthma detection.
This sensor mixing is called 'sensor fusion'.
This sensor contains two main components.
