Sentence examples for saturation frequencies from inspiring English sources

Thus stretch-induced alignment is sensitive to stretch frequency over a range of two orders of magnitude, with the actual values of the threshold and saturation frequencies dependent on the value of τ.

For the STD NMR experiment a single solution of the protein and carbohydrate ligand (with ~100-fold molar excess of ligand) is required, and two H-NMR spectra, at different saturation frequencies, are measured.

If mei-218 is excluded from this classical Poisson analysis (as a possible hypermutable locus), the saturation frequencies are 77.7% prior to this screen and 86.5% after this screen, resulting in a net increase of 8.8%.

The best overall complex was determined to be the one with no RMSDs more than three times the average RMSD (of all four structures) for any given residue and the lowest overall RMSD for the entire ligand at both saturation frequencies.

APTR* does not rely upon data from saturation frequencies on the opposite site of the water resonance as a reference unlike conventional APTR, avoiding changes that might occur in ischaemia unrelated to pH, such as B0 inhomogeneity (Chappell et al., 2013).

In contrast to saturation, frequency-labeled exchange transfer (FLEX) [31 33] uses a series of Label Transfer Modules to selectively label the exchangeable protons that could be subsequently transferred to water.

For these cells, the model predicted a threshold frequency of 0.01 Hz below which SFs no longer respond to matrix stretch, and a saturation frequency of 1 Hz above which no additional SF alignment would occur.

Jungbauer et al. [27] did report a saturation frequency of 1 Hz for stretch-induced cell alignment, as well as exponential behavior similar to our own observations for SF alignment.

Prior to the screen reported here, we estimated the saturation frequency of the X chromosome for fertile meiotics to be 87.9%; with all four screens taken together, we now estimate the saturation frequency to be 95%, resulting in a net increase of 7.1%.

The resonances excited by the saturation pulse were limited to those within 10 Å of the binding pocket and with predicted chemical shifts within ±1 ppm of the saturation frequency.

To achieve reliable fat saturation, the frequency of the frequency-selective saturation pulse must equal the resonance frequency of lipid.