A novel N-phenylboronic acid substituted polypyrrole based sensor for saccharide detection was investigated.
These nanofibers are promising candidates for use in highly sensitive, real-time electrically based sensor for radiation detection.
The development of a whole-cell based sensor for arsenite detection coupling biological engineering and electrochemical techniques is presented.
A wider linear range (0.03 12.8 mM), higher sensitivity (19.5 μA/mM) and better stability were achieved on the Cu2O rGOpa based sensor than Cu2O based sensor for accurate detection of H2O2.
In this paper, we propose a design of a photonic crystal ring resonator based sensor for the detection of temperature change at micron level.
This is by far one of the most sensitive non-PCR based sensors for bacterial detection.
A facile method of fabricating paper based sensors for room temperature ammonia vapor detection is reported.
We report the design and fabrication of a "signal-on" electrochemical aptamer-based sensor for detection of cadmium (Cd II)).
We report the development of a Fluorescence Resonance Energy Transfer (FRET) based sensor system for highly sensitive detection of nitro-aromatic compounds.
This PG based sensor exhibits excellent performance for detection of AA, DA, and UA, which is much better than those electrochemical sensors based on chemical converted graphene.
