We report here that CAPE increases glucose uptake in C2C12 muscle cells by 225 ± 21% at 50 μM, and that activation of AMPK is a consequence of the metabolic stress resulting from an uncoupling-type disruption of mitochondrial function (complete uncoupling at 50 μM).
CAPE increases power to detect genetic interactions and main effects by combining information from multiple phenotypes and systematically conditioning on all loci.
Gettelman et al. (2002) studied trends in CAPE, mainly in the Western Pacific region, and emphasized that most of the CAPE increases can be associated with increases in temperature and/or moisture at 990 hPa.
This tendency again confirms that CAPE increase leads to a temperature decrease in the upper troposphere.
Under ALL, the "WOWL" effect is strongly "masked," resulting in a much slower rate of CAPE increase.
CAPE significantly increased TM expression, which was associated with attenuated NF-κB activation.
It's a measure of the tendency for warm air at Earth's surface to rise, and most climate models suggest that CAPE will increase as the world's climate warms.
Incubation with 22.50 mM CAPE led to higher DD levels (peak), which declined progressively with increased CAPE concentration.
The seasonal behavior of the decrease in CAPE tends to increase temperature in the upper troposphere with a show of anti-correlation.
By ionizing radiation, the increased death of CAPE treated cells has been reported [ 67].
