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we decrease » _ decrease (Expand Search), teer decrease (Expand Search), use decreased (Expand Search)
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a we » a web (Expand Search), a e (Expand Search), a de (Expand Search)
we decrease » _ decrease (Expand Search), teer decrease (Expand Search), use decreased (Expand Search)
nn decrease » _ decrease (Expand Search), gy decreased (Expand Search), b1 decreased (Expand Search)
a decrease » _ decrease (Expand Search), _ decreased (Expand Search), _ decreases (Expand Search)
a we » a web (Expand Search), a e (Expand Search), a de (Expand Search)
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13441
Size-Selective Sliding of Sessile Drops on a Slightly Inclined Plane Using Low-Frequency AC Electrowetting
Published 2012“…When the drop size or the plane’s incline angle is small, the drop is difficult to slide due to a decrease in gravitational force. Here we demonstrate that small drops (0.4–9 μL) on a slightly inclined plane (∼12°, Teflon and parylene-C surface) can be mobilized through patterned electrodes by applying low-frequency ac electrowetting under 400 Hz (110–180 V<sub>rms</sub>), which has a mechanism different from that of the high-frequency ac method that induces sliding by reducing contact angle hysteresis. …”
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13442
Size-Selective Sliding of Sessile Drops on a Slightly Inclined Plane Using Low-Frequency AC Electrowetting
Published 2012“…When the drop size or the plane’s incline angle is small, the drop is difficult to slide due to a decrease in gravitational force. Here we demonstrate that small drops (0.4–9 μL) on a slightly inclined plane (∼12°, Teflon and parylene-C surface) can be mobilized through patterned electrodes by applying low-frequency ac electrowetting under 400 Hz (110–180 V<sub>rms</sub>), which has a mechanism different from that of the high-frequency ac method that induces sliding by reducing contact angle hysteresis. …”
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13443
Size-Selective Sliding of Sessile Drops on a Slightly Inclined Plane Using Low-Frequency AC Electrowetting
Published 2012“…When the drop size or the plane’s incline angle is small, the drop is difficult to slide due to a decrease in gravitational force. Here we demonstrate that small drops (0.4–9 μL) on a slightly inclined plane (∼12°, Teflon and parylene-C surface) can be mobilized through patterned electrodes by applying low-frequency ac electrowetting under 400 Hz (110–180 V<sub>rms</sub>), which has a mechanism different from that of the high-frequency ac method that induces sliding by reducing contact angle hysteresis. …”
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13444
Size-Selective Sliding of Sessile Drops on a Slightly Inclined Plane Using Low-Frequency AC Electrowetting
Published 2012“…When the drop size or the plane’s incline angle is small, the drop is difficult to slide due to a decrease in gravitational force. Here we demonstrate that small drops (0.4–9 μL) on a slightly inclined plane (∼12°, Teflon and parylene-C surface) can be mobilized through patterned electrodes by applying low-frequency ac electrowetting under 400 Hz (110–180 V<sub>rms</sub>), which has a mechanism different from that of the high-frequency ac method that induces sliding by reducing contact angle hysteresis. …”
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13445
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13446
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13447
Transaldolase deficiency alters mitochondrial morphology and decreases <i>in vivo</i> mitochondrial respiration.
Published 2017“…The bottom panel consists of a max intensity projection of five z-slices to emphasize mitochondrial content in these cells. …”
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13448
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13449
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13450
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13451
Intranasal administration of gliadin in prediabetic NOD mice with advanced insulitis decreases diabetes incidence.
Published 2014“…<p>Groups (n = 20) of 13-week-old NOD female mice received five i.n. administrations (every other day). A statistically significant decrease in diabetes incidence was found at the age of 240 days in prediabetic NOD mice treated with gliadin (closed circle) compared to OVA control (opened square); *p = 0.017. …”
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13452
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13453
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13454
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13455
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13456
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13457
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13458
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13459
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13460