Sentence examples for membrane traffic components from inspiring English sources

A number of so-called SNARE proteins and general membrane traffic components including SEC22 and SEC24 were also upregulated.

While much work has led to our understanding of the role of cytoskeletal regulators and membrane traffic components in setting up furrow organization (Afshar et al., 2000; Cao et al., 2008; Karr and Alberts, 1986; Kellogg et al., 1988; Riggs et al., 2003), the specific molecules that are differentially associated with the interphase and metaphase furrow have not been identified.

The human and mouse membrome datasets are available through the Membrome homepage (http://www.membrome.org/) and correspond to subsets of the SymAtlas content restricted to known membrane trafficking components.

A requirement for membrane interactions provides a rationale for the large number of synthetic interactions observed between membrane trafficking components and either tra1 -SRR 3413 or deletions of NuA4 component genes (Hoke et al. 2008a; Mitchell et al. 2008).

The evolutionary plasticity of Rabs has been much greater than that of other membrane-traffic components such as coats, tethers, and even SNAREs.

Our mass spectrometry results identified an 7 additional vesicle and membrane trafficking proteins (components of both COPI and COPII- Table S2) that could also represent bona fide RBPs, though we have yet to confirm them independently.

These anomalies and our suggested 'rational' names for human Rabs are shown in Figure 5. Finally, it is interesting to compare the evolutionary patterns of Rabs with those of other components of membrane traffic.

Importantly, the lack of effect of α-SNAP depletion on CAD mediated constitutive and SOCE conclusively rules out any possible unknown effects on membrane potential or membrane trafficking of other components contributing to the activation of SOCE.

Recently it has been discovered that intermediate filaments are highly dynamic and that they are fundamental for organelle positioning, transport and function thus being an important regulatory component of membrane traffic.

Adaptor protein complexes function as vesicle coat components in different membrane traffic pathways [ 24].

Rab GTPases are master regulators of nearly all membrane traffic through their interactions with vesicular coat components, motor proteins and SNARE proteins.