The description above is one of the key results for the interpretation of the electrical C-AFM data.
Nevertheless, based on functional characteristics, it appears that the characteristic compound electrical C-fibre response profile of individual human nerve fascicles is largely consistent with either nociceptive or non-nociceptive unmyelinated axons (Figure 4).
A trend towards a facilitation of the electrical C-fibre, post-discharge and input evoked neuronal responses was seen, but these effects did not reach statistical significance.
After cooling down at room temperature, electrolyte conductivity (C2) was measured and the relative electrical conductivity (C %) was calculated based on (C1/C2) × 100.
Immediately after transfer, the initial electrical conductivity (C t0) of the solution was measured using conductometry (Century Instruments, Chandigarh, India).
where γ o is the surface tension minus electrical influence, C is the capacitance per unit area of the EDL, and V EDL is the voltage across the EDL [14].
(a,b,c,d) SEM images of the build-up procedure of the vertical nanowire probe electrode ((a) selected vertical nanowire, (b) bottom passivation layer preventing electrical leakage, (c) Pt deposition for electrode formation, (d) top passivation layer for intracellular recording, scale bar is 2 μm].
Moreover, the 5 Hz sine wave electrical stimulation (C fiber predominance) seems to differ from the other sensations as it was rated with more descriptors over the whole range without a shift to the right side of the graph as seen for blunt pressure (Figure 3).
Electrical measurements (C-V, J-V) show that the thickness of Al2O3 barrier layer can affect the shift of flat band voltage (V FB) and the magnitude of gate leakage current density.
Most of our understanding of the visual system has come from animal studies conducted with invasive, small field of view, and/or terminal measurement techniques such as electrical recordings, c-fos immunohistochemistry, and 2-deoxyglucose labeling.
In summary, our advanced mathematical model provides a powerful tool to investigate the physiological ionic mechanisms underlying the genesis of uterine electrical E-C coupling of labor and parturition.
