Sentence examples for membrane potential remained from inspiring English sources

As in motor axons, markers of axonal membrane potential remained unchanged (Threshold electrotonus hyperpolarizing Pre: −141.4±7.0%; Post: −142.8±8.7%; NS; TE depolarizing Pre: 51.2±1.6%; Post: 52.0±2.0%; NS).

It was found that the resting membrane potential remained stable in all of these cells, but that the frequency of the spontaneous activity gradually decreased and finally disappeared in about 60 s.

The number of cells with depolarized mitochondrial membrane potential remained unchanged in GSK-3β specific siRNA-transfected cells whereas it was increased by a two-fold factor in scrambled siRNA-transfected cells upon MPP+ treatment (Figure 5B).

In contrast, atovaquone, which inhibits parasitic mitochondrial electron transfer and consequently reduces mitochondrial electron membrane potential, remained fully active for F32-ART5 parasites.

In addition, the mitochondrial morphology in Cos7 cells expressing EGFP-BAXC126S was not altered and the membrane potential remained unaffected, which was indicated by intact MitoTracker staining.

For analysis of subthreshold stimulus-evoked responses, membrane potential responses to individual stimulus presentations were included only when they displayed no spiking from 50 ms before stimulus onset to 200 ms after and when the membrane potential remained in the down-state until the start of the response.

This defect is neither a consequence of global alteration in cellular Ca2+ homeostasis nor of the reduced driving force for Ca2+ internalization within mitochondria, since cytosolic Ca2+ transients and mitochondrial membrane potential remain unaffected.

However, these models do not include gross alterations in physiological profiles of neurons in severely-injured brains with average neuronal membrane potentials remaining well below firing thresholds and likely do not capture the relevant physiological conditions present in our subjects.

Membrane potentials of cells were measured and results were accepted if, on cell impalement, any rapid changes in voltage to the membrane potential level remained constant for at least 30 seconds.

In most cases, the channels act to hyperpolarize resting membrane potential by remaining persistently open, allowing the efflux of potassium.

However, the mitochondrial membrane potential (Δ Ψm) remained intact and caspase-like activity increased only slightly during staurosporine-triggered cell death.