In conclusion, we demonstrated the high potential of dark-field radiography for the detection of wooden foreign bodies in a phantom and a human hand specimen.
We found a cell-to-cell variability in the resting potential of dark-adapted photoreceptors (see Discussion), which were often below −70 mV (∼−80 mV at 19°C for the photoreceptors presented in this article; Fig. S1).
Now, a team of astronomers reports a potential sign of dark matter interacting although not with ordinary matter, but with itself.
Now, the telescope's German-led team confirms that it has detected gamma rays blazing directly from the Milky Way's core, a potential sign of dark matter annihilation.
For the near surface experiments we cannot exclude a potential contribution of dark CO2 fixation by phytoplankton; however this is probably insignificant, since the incubations lasted from 55 to 100 h and further we did not find a significant correlation between DIC uptake and Chl a (not shown).
Only non-fatal stroke and non-fatal myocardial infarction were explored in this analysis, and the potential effectiveness of dark chocolate consumption on other cardiovascular events, such as heart failure, were not assessed.
Thus, the increasing or decreasing nature of the potentials of all dark energy models completely depend on the expansion nature of the universe.
We saw significant variability in the resting potential of locust photoreceptors (dark adapted, at 19°C) with values ranging from −60 to −80 mV.
In this proof-of-principle study, we demonstrated, in a preclinical setting, the potential of x-ray dark-field radiography for an improved detection of wooden foreign bodies.
There is plenty of potential dark side, too. the modern Olympic movement is brimming with cautionary tales, from Montreal's mammoth stadium debt in 1976 to the many shuttered venues in Athens after the 2004 Games.
As the dark potential of the story surfaces Vera is drawn closer and closer to the dark side of her mind.
