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The luminescent intensity, electrical conductivity and magnetic properties of the hollow nanofibers can be tuned by adding various amounts of Tb BA)3phen, PANI and Fe3O4 nanoparticles.
The luminescent intensity, electrical conductivity and magnetic properties of the bistrand-aligned nanobundles can be tunable by adjusting various amounts of rare earth complex, PANI and Fe3O4 NPs.
The EV and EREV perform similarly with the HEV, if we assume they are charged by a medium GHG intensity electrical grid (450 gCO2/kWh), with the EV having slightly lower total Life-Cycle emissions.
Repetitive, high intensity electrical stimulation of nerve trunks (sural, medial gastrocnemius, superficial peroneal, tibial, 100 pulses, 20 V, 1 ms at 0.5 Hz) was generally found to be a poor method for inducing central sensitization in these flexor reflexes.
Results provide support for the notion of functional specialization of the right fusiform regions for maintaining face (but not non-face object) stimuli in working memory, and further suggest that low intensity electrical stimulation of this region may enhance demanding face working memory performance particularly in those with relatively poor baseline working memory skills.
TMS produces a high intensity electrical pulse resulting in a magnetic field perpendicular to the stimulating coil.
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Subcutis/muscle electrodes were two monopolar needles, 0.3 mm in diameter (teflon isolation except for 2 mm at the tip), inserted vertically, 1.5 cm apart, just below the skin surface for subcutis measurement and deep under the fascia for muscle measurement (intramuscular position verified by observing electrode movement under voluntary contraction and/or low-intensity electrical stimulation).
Low-intensity electrical current (or mild electrical stimulation; MES) influences signal transduction and activates phosphatidylinositol-3 kinase (PI3K /Akt pathway.
Moreover, confound effects may arise when other fibers are stimulated simultaneously; for example, high-intensity electrical stimulation of peripheral nerves activates both Aβ-afferents and smaller fibers.
We assessed, in a subject with a selective loss of large diameter myelinated afferents, cortical responses to high-intensity electrical and laser stimulation of small-diameter afferents; such input is in control subjects obscured by more rapidly conducting Aβ-input.
Cortical evoked responses were recorded with a whole-scalp neuromagnetometer to high-intensity electrical stimulation of the distal right radial, median, and tibial nerves and skin over the forearm and mechanical stimulation of (neurologically intact) lip.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com