Sentence examples for functional voltage from inspiring English sources

When the optical sensors operate under a pulsed irradiation synchronized with the functional voltage bias, unconventional logic properties are obtained that can be used to identify the emission from two equal LEDs.

By combining physical processes and a functional voltage bias, such optical sensors transform the received analog input non-modulated optical signal directly into a pulse-width modulated electrical signal; the duty of the signal depends on the irradiation level, and the whole process is conducted without any integrated or external analog-to-digital converter.

The question then arises as to the presence of a gene or genes in diatoms that can code functional voltage activated Na+ channels with the characteristics observed in this study.

Expression of functional voltage-gated K+ channels plays a critical role in the regulation of neuronal excitability.

KCNQ1 is a six-transmembrane domain α subunit from the S4 superfamily, which forms functional, voltage-gated, homotetrameric K+-selective channels in heterologous expression studies [8], [9].

Proliferation may also be modulated by ion channel activity, whereas the expression of functional voltage-gated potassium (Kv) channel subtypes seems to be particularly important.

We report here, for the first time, the presence of a functional voltage-gated (the InsP3 receptor is a ligand-gated Ca2+ channel) ion channel with a defined molecular identity in the INM.

An interesting future possibility would be to test the diagnostic and therapeutic potential of functional voltage-gated ion channels (VGSC and/or VGCC) expressed in SCLC.

As the embryonic stem cells are differentiated toward neurons they gain functional voltage-dependent Ca2+ channels and around the same point in time the networks of spontaneous Ca2+ activity emerges.

This is not due to lack of connectivity through gap junctions, since embryonic stem cells have been shown to express functional gap junctions, but is rather explained by the absence of functional voltage-dependent Ca2+ channels.

In early studies one may find the notion that a few percent of T cells from human peripheric blood express functional voltage-dependent Na+ channels [ 159], but their role in nonexcitable cells remains obscure.