Sentence examples for label sensor from inspiring English sources

Time-resolved EPR studies with a spin label sensor at position 227 on TM5, designed to detect TM6 movement, probed the Meta IIa → Meta IIb transition for this event, although the sensor might have detected movements of both TM5 and TM6.

A table of the electrical data is shown in Table 2, for each time input, there are corresponding values for each of the four sensors (labelled Sensor 1...Sensor 4) and the physical location of the sensor (labelled Sensor 1 Location...Sensor 4 Location).

Moreover, the detection range was 1 700 nmol L−1 (in the case of label-free sensor) or 50 nmol L−1 2 μmol L−1 (for labeled sensor).

We demonstrate the amplified detection of BRCAI gene based on the gold nanoparticle labeled DNA sensor.

Here, we construct a label-free sensor array for the differentiation of various thiols based on DNA/dye/ion ensembles.

Due to the low losses an enormous narrowing of the resonance is obtained, promising the reduction of the detection limit for such a label-free sensor.

In this work, we have developed an enzyme-free and non-label DNAzyme sensor for SNP genotyping based on target-catalyzed hairpin assembly (CHA) for DNAzyme amplification.

The ability to extract a rich set of semantic workspace labels from sensor data gathered in complex environments is a fundamental prerequisite to any form of semantic reasoning in mobile robotics.

We have developed a simple, rapid and label-free sensor for the essential biological OH radicals based on the fluorescence quenching of DNA-templated Ag nanoclusters (DNA-Ag NCs).

A label-free sensor was developed for sensitive detection of lead II), combining high selectivity of a Pb2+-dependent DNAzyme with enormous signal amplification of quantitative polymerase chain reaction (QPCR).

Marinakos et al. [90] described a label-free sensor using gold nanorod induced plasmonic localizations and enhancements.