Sentence examples for lack of voltage from inspiring English sources

As The Dwarves plunder Bilbo's larder and Gandalf (Ian McKellen stroking a very long beard) tries to persuade him to join the mission - which isn't very clearly explained - The Hobbit moves along with a complete lack of voltage.

On the contrary, if it is a double-terminal power network, the contralateral line current is positive but the direction information is hard to calculate due to the lack of voltage data.

However, it is possible that the main difference in the kinetics of GCs in channels and AA-currents in GPCRs stems from the lack of voltage dependent break of a salt bridge in the former.

CA2 dendrites had distinct electrophysiological properties from CA1 dendrites, including lack of voltage sag, a late depolarizing response to hyperpolarizing current injection characteristic of Ih, and lack of AP adaptation (CA2 recordings of Figure 8B compared to CA1 recordings in Figure 8 figure supplement 1).

Our results demonstrate that the OAG-activated cationic channels both in hBCE and MCF-7 cells share the same electrophysiological (lack of voltage dependence, and a similar reversal potential) and pharmacological properties (sensitivity to 2-APB, La3+ and SK&F 96365).

The detection of apical tuft input is, however, hard to achieve in L5 thick-tufted neurons given their low input resistance, the lack of voltage control of distant dendrites in the setting of a somatic recording, and the strong attenuation of distally evoked spikes along the dendritic tree (Larkum et al. 2009).

The lack of voltage-dependent activation of TMEM16A 0) may be due, at least in part, to the absence of segment (c), as shown previously [19].

The lack of voltage-gated Ca2+ channels is surprising, because Type II taste cells have voltage-gated Na+ and K+ channels (c.f,., Figure 3) and generate action potentials to at least sweet stimuli [ 17- 19].

Stratum radiatum astrocytes were identified first by morphology and location, and second by their characteristic low input resistance, low resting potential (−78.0 ± 1.2 mV), and lack of voltage-gated conductances.

Furthermore, heterologously expressed human bestrophin 4 shows very slow voltage-dependant current relaxations, in contrast to the lack of voltage-dependent current relaxations by human bestrophin 1 and 2. These distinctive properties of bestrophin 4 could be attributable to the additional 15 unique amino acids within the extracellular loop between putative transmembrane domain 5 and 6.

Furthermore, it was difficult to determine optimum high voltage insulation level due to the lack of high voltage cryogenic dielectric test facilities.