Not exact matches
Prof. Jean - Christophe Marine (VIB - KU Leuven): «Unexpectedly, this ability to divide and
contribute to melanoma development contrasted with the activities of other
cell populations, such as melanocyte stem
cells found in hair follicles, for instance.
The diminished ability for
cells to grow is strongly associated with the aging process, with the reduced
cell population directly
contributing to weakness, illness, and organ failure.
Although their function is not completely understood, a special
population of
cells covering the blood vessels on the brain's surface is thought to
contribute to the organ's protection.
These differences between
cells with high and low modulations may support the idea that there are two
populations of neurons within LIP [22], each of which
contributes to timing differently.
Humphreys does caution that the
cell population his lab found is responsible for about 60 percent of all organ myofibroblasts, which means that they seem to be the most dominant source, but that there may be other
cells that also
contribute to the myofibroblast
population.
Together, these results suggested that EMT
contributes to the establishment of a small
cell subpopulation in malignant tumors; this
population is then capable of driving the regeneration of the tumor, even when the bulk tumor
cell mass is destroyed by therapeutic regimens.
It has been postulated that hypoxia
contributes directly to the development of more aggressive cancers by exerting selective pressure on the tumor
cell population to favor
cells that can survive decreased O2 and nutrients [18 — 20].
Nevertheless, the burst properties reported in this study strongly support the idea that the deeper layers of the SC act as an optimal controller: the systematic organization of peak firing rates and burst durations as function of saccade amplitude along the motor map, the synchronous change in firing rate of recruited
cells in the
population, and the shaping of the temporal burst profile of a given
cell with the currently planned saccade, all
contribute to the generation of straight eye - movement trajectories with optimal kinematics.
Some of the long term aims of the studies are (i) to
contribute to the understanding of the mechanisms that control cortical development and evolution, (ii) to use the knowledge to grow neural stem
cell populations of high purity and viability for therapeutic approaches and (iii) to study how neural stem
cells can be activated in vivo.