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Results: Both sensory and motor thresholds showed a smooth decrease to a minimum at approximately 3kHz.
Empirically, it was found that the particle number, Np, and coefficient of variation of the particle size, CV, were strongly dependent on the CS/CMC ratio: Np increased almost in proportion with the square of this ratio, while the CV exhibited a minimum at approximately CS/CMC = 0.20.
We also find that the critical acceleration is frequency dependent and is minimum at approximately 100 Hz.
Consequently, the variation of Inormalized for both mouse 1 and mouse 2 generally reached the minimum at approximately the 24th hour.
Hence, the MI amplitude in the H component is the variation in the H component from the onset time to the time where H attains the minimum value (the H-variation roughly attains the minimum at approximately 11 to 13 min after the onset time).
The spectrum shows a double minimum at approximately 208 nm and 222 nm, consistent with a substantial α-helical content.
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The spectra exhibited characteristics of a dominant β-sheet structure (minima at approximately 218 nm).
The apparent oscillation in variance reaches minima at approximately 20, 35, and 50 seconds in Figure 4A; it reaches minima at approximately 30 and 50 seconds in Figure 5A.
The four indices, when strong, gave maxima and minima at approximately the same but slightly different chromosomal locations, a similar situation as seen with different oligomers [ 23].
The dimer was found to retain a very similar secondary structure and a high degree of α-helical conformation (with pronounced double minima at approximately 208 nm and 222 nm) along with some β-sheet and random coiled structure.
For incidence directly upon a lattice carbon, the potential minimum occurs at approximately 1.1 Å, while incidence upon a C-C bond center shows a shallower potential with minimum close to 1.0 Å.
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CEO of Professional Science Editing for Scientists @ prosciediting.com