Assertion: microtubule | /r/HasProperty | fig
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text: 2)—in a cluster pattern along microtubules (Fig.
text: Imaging drebrin E-2xKO1 in combination with Tau-Emerald, a microtubule marker, revealed that as drebrin became enriched in the dilated proximal leading process, it appeared to envelop a central core of microtubules (Fig.
text: We first examined microtubule reorganization during cytokinesis in live cells of the control and the double mutant using a GFP-TUB6 fusion protein to mark microtubules (Fig.
text: In contrast, microtubules that formed the pole remnants on the outward-facing sides of the chromosomes were spread over the polar plots at both stages (31.8 and 25.3% microtubules in mid- and late anaphase I spindles respectively with θ and φ between −30° and +30°), consistent with a more random orientation of these microtubules (Fig.
text: Therefore, we incubated enucleated cells in the cold to completely depolymerize their microtubules (Fig.
text: The disruption of augmin also reduced total microtubule density in axons, without affecting acetylated axonal microtubules suggesting preferential loss of less stable microtubules (Fig.
text: We simulated the HSET molecules as harmonic springs whose ends hop randomly (tail domain) and directionally (motor domain) along two 1D arrays of binding sites representing the microtubules (Fig.
text: GFP molecules performed a random walk on the lattice during their transient interaction with a microtubule (Fig.
text: The N-terminal region is not required for severing, because a MIT–AAA construct lacking this region robustly severs microtubules (Fig.
text: On the basis of our affinity measurements, only a subset of the six arms is likely to make strong binding interactions with the microtubule (Fig.
text: However, in contrast to GFP-OsKCH2(289–767) and similar to other nonprocessive kinesin-14s15, 16, 42, GFP-OsKCH2(289–720) was unable to exhibit processive motility and only transiently interacted with the microtubule (Fig.
text: Indeed, in TGF-β1–stimulated astrocytes, Taxol caused Smad2/3 to localize persistently to microtubules (fig.
text: A characteristic feature of these trains was a straight plate-like structure at the interface between the train and the microtubule (Fig. 2, A and B; fig.