Sentence examples for large filaments from inspiring English sources

At present stabilization in the high current regime (low field, low temperature) is often still insufficient due to reaction layers at the sheath/filament interface, large filaments with irregular geometrical shape and an inhomogeneous microstructure.

A specific probe from Petersen et al. [24], which targets the epsilonproteobacterial epibiont OTU S1-4, stained large filaments (width approximately 3 µm), while a gammaproteobacterial epibiont probe from Petersen et al. [24] hybridized with thinner filaments (width approximately 1 µm) (Figure 4A).

We detected large filaments inside the 'leaky' nuclei of old mouse and rat neurons, which stained with the cytoplasmic protein tubulin [ 2].

Images collected during reformation at intervals of 3 h, 10 min and 1 min (see Additional files 3 and 4: Movies 2 and 3) captured the coordination of large filaments of cells into dynamic web-like branches.

ADEP treatment of cells caused the formation of large filaments, a phenotype that is reminiscent of B. subtilis Δ clpP mutant cells (Gerth et al, 1998; Msadek et al, 1998).

We believe that this is either due to the transient nature of the association of Mps1/Polo with the filaments being too tenuous to pull down the very large filament backbones, or the association between the targeted protein and the backbone becoming released in the washing buffer.

Filaments sometimes deformed the parasite's shape and may interfere with cell division, as in the parasites shown in Fig. 5B, where a large filament extends between daughters that have begun a new round of replication without completing scission.

Fluorescence imaging in combination with polarization microscopy revealed that zebra stripes consist of alternating domains of highly bent filaments that correspond to low filament density and low nematic order next to domains of straight filaments at comparatively large filament density and nematic order [ 143].

In laboratory experiments, small random motions in electric currents of plasma, caused by the magnetic fields they create, draw them close together in a "pinch effect". The merging currents produce larger currents and magnetic fields and rapidly lead to a network of ever-larger filaments.

The EM images also reveal that the localization of Mps1 to filaments is in well-structured rows that only occupy a small proportion of the available surface of the much larger filaments.

We assume the αβ -tubulin heterodimer to be the microtubule building block, and neglect direct association/disassociation of larger filaments, whose contributions are expected to be very small [2].