Sentence examples for mainly a random from inspiring English sources

CD spectrum of penetratin in buffer solution has characteristics of a peptide adopting mainly a random coil structure (Fig. 4A).

In the presence of PC LUVs, penetratin adopted mainly a random coil structure (Fig. 4A) with a negative peak around 214 nm that can be attributed to a β-sheet contribution.

In the presence of PC LUVs the peptide adopted mainly a random conformation; however, shoulders became visible at 1654 cm−1 and 1630 cm−1 corresponding to a certain amount of α-helix and β-sheet structures (Fig. 4B).

Although this was mainly a random error, with almost equal variability within both laboratories, with a small systematic compound (the intercept of the regression lines), it led to differences in classification of positive and negative in the two laboratories.

What mainly emerged from a random sounding of reaction across the city was a mood suggesting that many here, on both sides, had been forced into accepting harsh realities they always knew were likely to overwhelm the hopes and dreams nurtured by more than two decades of on-and-off peace talks.

(The use of a scaled identity matrix for initialization is mainly for convenience, and a random initialization matrix can also be employed.

The rSSp powder is initially in a β-sheet conformation, after dissolving in HFIP or water and pouring the protein takes a mainly random α-helical conformation, after post-pour stretching the protein reverts to a β-sheet rich conformation aligned in the stretch direction which has been confirmed by a combination of WAXD, Raman, and NMR.

Pretty much all investors hate the idea that the market moves in a mainly random way.

The experimental results confirm also that with a random excitation mainly spreading from 0.1 to 10 Hz, the isolation performance of the system with NSS is greatly improved, where the RMS values of the mass displacement may be reduced to 67.2%, whereas the isolation performance of the system without NSS is bad.

These authors used the cellular automata system, which is based on a 2D lattice-based model where individual cells evolve on the basis of temporal and spatial rules which are mainly at random depending on a probability.

In summary, we provide here both a theoretical framework and an experimental paradigm, based mainly on random variations of the stimulus, which for the first time enable the behavioral determinations of latent psychophysical (Tβ, Lβ, Ld) and neurophysiological (Vt) variables that have been inaccessible with conventional methods.