Exact(2)
On the other hand, a low bead density led to a poor representation of the illuminated plane.
Analyte values that were out of range or with a low bead count (< 50) were excluded from analysis.
Similar(57)
Due to the enhancement of the breakage kinetics, the process intensification enabled shorter milling to attain 100 nm particles, thus resulting in significant energy savings and low bead contamination despite an increase in power consumption.
From a detection sensitivity point-of-view, as low bead concentration as possible is desirable [ 30].
At low bead concentration range, it increased more significantly with bead concentration with the microspheres of higher charge density.
An intensified wet stirred media milling process was developed here for fast production of sub-100 nm drug particles with low bead contamination and reduced energy consumption.
Probes were filtered for low bead count, low quality (detection P value > 0.05), and recently described cross-reactive probes [ 43].
The workflow assumes that the user has already normalised the data according to their preferred method, and removed bad-quality probes via detection P values and low bead count.
With a low amount of bead load, the limiting reactant is the bead itself since the low numbers of bead present in the physical reaction will cause a reduction in the collision frequency due to limited amounts of bead per mass powder and reduced energy efficiency.
The finding that a certain oligonucleotide surface coverage may give optimal bead immobilization could possibly be explained in terms of that low surface coverage gives low bead-coil electrostatic repulsion but less strong bead-coil binding whereas high surface coverage gives the opposite effects.
Interestingly, using 50 µm beads led to the formation of sub-100 nm griseofulvin particles within 240 min with the lowest bead (zirconium) contamination and specific energy consumption.
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