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In DEP, the force acting on a polarizable object in a nonuniform electric field attracts (positive DEP) or repels (negative DEP) the object from the field maximum in proportion to its relative polarizability with respect to the surrounding medium.
In DEP phase, the M-Acc starts to increase and reaches to the maximum as it changes to CRU phase.
In DEP phase, since the channel qualities degrade rapidly, both AARA and SampleRate tend to employ lower bit-rates.
In DEP, non-uniform electric fields, usually generated with an AC power [21, 66], are utilized to trap dielectric particles (either charged or not) [67, 68], and the flow of microfluidics is used to drive the particles [66].
In DEP process, the dielectric NWs are exerted by DEP forces through induced dipoles when the NWs are usually subjected to a nonuniform alternating current (AC) electric field, and therefore can precisely align across electrodes.
Particle fouling in the microchannel tends to occur in DEP devices where the strongest DEP forces are present.
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In this study we investigated the role of nitric oxide (NO) in DEP-mediated and DEP organic extract (DEPE -mediated inflammatory responses anDEPE -mediatede inflammatoryof inducible NO synthase (iNOS) and cytochresponses 1and(CYP1A1).
Brain AchE level was significantly decreased in DEP-treated fish compared to positive and negative controls.
There was a significant increase in liver and muscle ACP and ALP in DEP-treated fish compared with positive and negative controls.
There was a significant increase in muscle SDH and liver ALT (ALT) in DEP-treated fish compared with positive and negative controls.
Cerebrovascular reserve capacity, however, was significantly impaired in DEP-1−/− mice.
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CEO of Professional Science Editing for Scientists @ prosciediting.com