These results suggest that a combination of imaging parameters and assessment of cellular viability in cardiac microtissues can be applied in a high-throughput manner to detect changes in cardiac structure.
Each of the methods described and appropriately used results in reliable and reproducible measurements which may be applied in a high-throughput fashion to individualize in vitro assessment of cellular responses caused by toxicants.
The main focus of the current study is the development of a trommel screen system for a moving granular bed filter that could be applied in a high-temperature environment.
Because the PH curves for corner rounding can be constructed without any iteration, and those two rounded trajectories are synchronized linearly in interpolation, which makes this smoothing method can be applied in a high efficiency way.
The usual gassing-in and gassing-out method was applied in a high aspect ratio bubble column using both tap water and coalescence-inhibiting liquid mixtures that represent the coalescence behaviour of biological media.
An ambipolar deep-blue emitter, 4,4′-bis(4- 1- 4- tert-butyl phenyl -1H-phenanthro[9,10-d]imidazol-2-yl phenyl -1,1′-binaphthalene (2NBTPI), was designed, synthesized and applied in a high-efficiency deep-blue emitting OLED.
In conclusion, this research showed that dense infestations of P. contorta can be successfully controlled using aerial broadcast application of triclopyr-based herbicides applied in a high volume (400 L ha−1) mixture, with extremely large droplets (400 – 500 μm).
This research has shown that dense infestations of P. contorta can be successfully controlled using aerial broadcast application of triclopyr-based herbicides applied in a high volume (400 L ha−1) mixture, with extremely large droplets (400 – 500 μm).
Besides, the melting points of noble metals like gold and silver are around 1000 °C, and they can be easily melt when applied in a high-temperature solar energy system, which seriously influences the stability and efficiency of a solar energy system.
This assay has been developed as a safer, highly sensitive alternative to HAI and MN assays that can be applied in a high-throughput format for influenza vaccine evaluation [42] [44].
