Sentence examples for this class of sensor from inspiring English sources

Signal generation in this class of sensor is linked to change in electron transfer efficiency upon binding-induced change in flexibility/conformation of the aptamer probe.

This class of sensor typically relies on a redox-labeled, electrode-bound sensing aptamer to undergo a conformation and/or flexibility change (i.e., fold) in the presence of target analyte (Scheme 1).

After a ∼10% signal loss during the first regeneration, the sensor was regenerated to nearly 100% of the original signal at each subsequent challenge and regeneration (typical performance of this class of sensor).

There are many reports of this class of sensor on large-scale electrodes (2 mm diameter), however to the best of the authors' knowledge, reproducible and quantitative folding-based sensors on microelectrodes (critical dimension of <∼25 μm) have not been reported.

Signaling in this class of sensors arises from changes in electron transfer efficiency upon target-induced changes in the conformation/flexibility of the aptamer probe.

In this paper, after a description of the mechanical architecture, characteristics and performances of this class of sensors, the attention is focused on UNISA folded pendulum implementations in connection with applications to large infrastructures and buildings.

This model was used to design an LSPR sensor based on biotin-functionalized gold nanorods that offers the lowest MDL for this class of sensors.

Moreover, the fault detectability condition is rigorously investigated, characterizing the class of sensor faults in each subsystem that is detectable by the proposed distributed FDI method.

Therefore, in this paper, we move towards that direction by proposing a modular, robust, and lightweight ADS architecture specifically designed for this class of wireless sensor networks.

This class of samplers, or sensors, operate not necessarily by capturing a sample but by using various optical sensors to analyse particles either suspended in the air, passed in an air-stream past a sensor (e.g WIBS; Table 5), or entrained from air into a liquid that is then passed by a sensor (Day et al., 2002).

This paper proposes an extension of PBS to the more general class of sensor networks.