Sentence examples for stem the distribution of from inspiring English sources

Verlander, the only guy so far in the situation, declined to address the stolen photos and his personal life, but an attorney who says he represents dozens of the high-profile victims on Wednesday threatened a $100-million lawsuit against Google to get the Internet giant to remove the pictures from its search results and further stem the distribution of the images.

The final length reached by stipules appeared to be dependent on their position along the stem as the distribution of stipule length followed triangular profiles as described by Lecoeur (2005).

(a) STEM image of the distribution of components at the center and edge positions of GeSi islands, (b) EDX line scan taken along the indicated lines shown in the STEM image.

The i-QD labeled MSCs underwent normal adipocyte, osteocyte, and chondrocyte differentiation in vitro and in vivo, which highly suggest that i-QDs can be applied to in vivo imaging diagnostics and tracing of stem cells in the distribution of mouse body.

STEM images clearly revealed the distribution of gold nanoparticles inside the cells.

While carrying out work on M. incana, Saunders was intrigued by peculiar features of the plant's stem and flower anatomy, specifically the distribution of hairs on the stem.

The greater incidence of Type 1 resin pockets in the lower part of the stems is consistent with the distribution of bending and axial stress in the stems.

There were considerable differences in the distribution of stem concepts between THR subgroups: Summit stem was used in 63% of the operations in the unilateral THRs, compared of 73% in the bilateral THRs.

The alignment of the fibrils with respect to the stem axis was determined from the distribution of azimuthal intensity of cellulose diffraction peaks of the stem sliver samples, described by fitting to one or more Gaussian functions [ 29, 30].

After applying the models, the distribution of stem length (SL) and base pairing propensity (BPP) for the hairpin candidates from the T. gondii genome and the corresponding distribution for the hairpins that pass the 90% threshold for being a miRNA according to the human model and rodent model were calculated.

This in turn suggests that the distribution of stem cell internal states has the potential to influence the propensity of a stem cell to choose between divergent differentiation choices.