Sentence examples for motor cell activity from inspiring English sources

Phospholipase C β3 is involved in actin polymerization and the formation of stress-fibrils that provide migration and motor cell activity [ 45].

Furthermore, we found non-septin interactors which can be functionally attributed to a variety of different cellular activities, including: ubiquitin/sumoylation cycles, microtubular transport and motor activities, cell division and the cell cycle, cell motility, protein phosphorylation/signaling, endocytosis, and apoptosis.

The effect of a motor cell was generated only τmU 0,1) milliseconds after the motor cell fired.

Those common to several septins or septin groups can be largely attributed to the ubiquitin and sumoylation cycles, transport and motor activity, cell division/cell cycle, and protein phosphorylation.

All processes mentioned have in common that they are dependent on the functional integrity and timely control of actin filament nucleation, elongation and associated motor protein activity in cell cortical regions that forms ruffles or membrane tubulation areas.

Thus, the authors need to discuss in more detail how they believe Purkinje cell bursts turn on motor neuron activity.

To investigate whether the overexpression of hSOD1G85R in NSC34 motor neuron cells affects proteasome activity, 20S proteasome activity was examined.

Most of the group activities were gross motor activities, but hand motor activities were also included.

In this regard, tracheal cells can be seen as "metabolic motor neurons"; as the nervous system modulates motor neuron activity to regulate muscle contraction, it also modulates the branching of tracheal terminal cells to control the metabolic state of cells such as those of the fat body or the gut epithelium.

This discrepancy between the two cell lines may be ascribed to differences in motor protein expression levels and HeLa cells are probably more dependent on KIF5B for plus-end directed motor protein activity.

Smooth muscle cells (SMCs), which provide motor activity in the blood vessels, airways, the bladder, urinary tract, and gastrointestinal (GI) tract, exhibit remarkable phenotypic plasticity in congenital or acquired pathological conditions [9], [10].