Sentence examples for morphological transformations are from inspiring English sources

Pf generates these morphologies by regulating its gene expression; the morphological transformations are accompanied by changes in the RNA and protein repertoires of the cell [ 1, 2].

Preliminary indications suggest that these in vitro morphological transformations are due--at least in part--to a lack of control over cytokinesis.

While a rapidly changing immunophenotype and dramatic morphological transformations are part of high-intensity microglial activation after acute CNS lesions, such changes occur only gradually during aging reflecting slowly progressive evolution of a senescent morphology and phenotype, which is similar in its manifestation to low-grade activation described in models of mild CNS injury [ 52– 52].

An unsupervised technique that integrates the spatial and spectral information in the image data using multi-channel morphological transformations is parallelized and compared to other available parallel algorithms.

Morphological transformations were characterized and quantified (eroded and vegetated areas, length of eroded banks, rates of bank retreat) and the critical discharges of bedload mobilization and of lateral erosion were estimated.

The transduction of environmental cues into intracellular signals that activate the above described morphological transformations is controlled by a signaling cascade in which the transcription factor (TF) FlbB and its interaction partner FlbE play key roles.

Typical stationary snapshots illustrating this morphological transformation are shown in the top in Fig. 2 at different values of u.

Cetuximab has opposite effects on gene expression profiling compared to EGF alone or gefitinib, indicating a different action mechanism than the other drug, even though the cell cyto-morphological transformations are sometimes the same, possibly suggesting an important role by translational regulation on the cellular pathways.

The experimentally obtained activation energy indicates that the morphological transformation is governed by the diffusion of W along internal interfaces such as Cu/W interphase boundaries and W/W grain boundaries.

It was directly observed that the morphology of the Si (1 1 0) and (1 1 2) crystal melt interfaces was transformed from planar to zigzag facets at high growth velocities, although no such morphological transformation was observed at Si (1 1 1) interfaces.

The surfaces of nanorelieves at each stage of deposition were researched, and the main stages of morphological transformation were fixed.