Titrating the N-labeled V domain with free MG-H1 results in changes in the chemical shifts of residues I26, V35, E50, L53, N81, V89, Q100, and G106, and the most significant changes in intensity for residues S22, V35, K52, S74, R98, and V117.
The most significant reduction of fluorescence intensity in optical slices was detected in transgenics expressing APP-Swedish plus BACE.
The most significant change in fluorescence intensity should occur during the "zipping" step.
The most significant change in radar intensity occurred before the first acquisition (20 June), which suggests that the bulk of the ash was deposited in the first 6 days of the eruption.
The effect of temperature on firing rate was most significant for high sound intensities.
We observed a substantial overlap of 64% (replicate dataset C1) and 66% (replicate dataset C2) between the ratio- and intensity-based lists of the 1,000 most significant genes, suggesting that the intensity-based model yields similar results as the ratio-based model.
The increase of VCPD with laser intensity is most significant for NR3, similar to the increase of trapped charges.
UV intensity had the most significant effect on T-N production (p < 0.001).
It is found that light intensity is the most significant factor affecting E. coli decay rate: 14.7 107 d−1 under light-exposure as compared to 0.85 1.50 d−1 in darkness.
However, the limited control over aggregate geometric features (size, configuration and gap separation) that can usually be imposed in most of the nanofabrication methods determines significant intensity variability from SEP to SEP.
