Sentence examples for demonstrating that this process from inspiring English sources

Saltatory formation of peripheral puncta was observed in live cells exposed to an increased temperature (n=25, Supplementary Figure S3 at http://www.biochemj.org/bj/451/bj4510025add.htm), demonstrating that this process can be revealed through different mechanisms of STIM1 accumulation in the junctions and that it does not require ER Ca2+ depletion.

The RIP index values were highly significant when compared with the set default values and standards set in other TEs analyzed in different fungi, such as PetTra in Penicillium chrysogenum[ 32] and OPHIO3-1414 in Ophiostoma ulmi[ 33], demonstrating that this process must have been or is intense in M. fijiensis.

He also demonstrated that this process required the presence of the green tissues of the plant.

It will be demonstrated that this process can be defined both in the time domain and the frequency domain.

We have demonstrated that this process is capable of fabricating up to 4 mm long circular cross-section channels with diameters ranging from 25 to 200 μm.

The present study demonstrates that this process exhibits good reproducibility and enables controlling the particle size in a rather wide range, thus further underlining the potential of this technique for applications both in research and in the pharmaceutical industry.

Here, we demonstrate that this process can be improved by designing reference sets that incorporate key aspects of the structure and evolution of TEs and by combining these sets with Repbase Update (RU), which is composed mainly of consensus sequences.

In recent years, it has been demonstrated that this process may be extended into the nanoscale regime, using high performance nanoscale reinforcement particles which offer a number of advantages that justify their higher cost.

Cre-lox-mediated tracing, which included following Brainbow clones, further demonstrates that this process is sustained by the persistent neurogenic activity of individual pallial neural stem cells (NSCs) from embryo to adult.

These promising results demonstrate that this process design may be a breakthrough in realizing thermochemical energy storages for solar thermal applications based on high performance zeolite or zeolite composite materials.

These results have clearly demonstrated that this process can be successfully used to tailor sub-micron columnar growth of Lu2O3 Eu3+, with the potential of ultra high-resolution X-ray imaging.