Sentence examples for I bars from inspiring English sources

As such, they generally assume that (i) bars are perfectly rigid, (ii) cables are linear elastic, and (iii) bars experience pure compression and strings pure tension.

The first condition suggests that, in equilibrium, (forall i, bar {i}), where (bar {i}=i+1) or (bar {i}=i-1), (|w_{ji}-w_{jbar {i}}|leq frac {t}{n}).

By Proposition 3.6, we have (bar{u}_{chiOmega_{1}cupOmega_{2}}inmathcal{N}) and (I(bar {u}_{chiOmega_{1}cupOmega_{2}} geqzeta).

Filopodia induction by I-BARs was initially interpreted as a result of their actin-bundling activity [10].

Indeed, I-BARs from several proteins can induce tubular invaginations on membrane vesicles in vitro [11], [13].

I-BARs may be also able to form similar coats as they generate a striated pattern detectable by cryoelectron microscopy when assembled on giant unilamellar vesicles [13].

The scaffolding role of I-BARs is also consistent with the recent analysis of I-BAR-induced filopodia by fluorescence recovery after photobleaching that revealed stable association with the membrane of I-BAR domain from C. elegans, but surprisingly, not of I-BARs from mammalian MIM and IRSp53 proteins, which displayed high dynamics in this assay [13].

The GFP-IRSp53-I-BAR construct has been described [31].

To understand how I-BAR-induced filopodia generate and maintain their shape, we investigated filopodia induced in B16F1 melanoma cells by the GFP-tagged I-BAR domain from IRSp53 (GFP-I-BAR).

Stable cell line expressing GFP-IRSp53-I-BAR was established by FACS and G418 selection.

For this analysis, we used a stable GFP- I-BAR-expressing B16F1 cell line.