Sentence examples for more general surfaces from inspiring English sources

This framework can be applied to a more general surfaces containing a central feature to act as the origin of the rings.

In fact, we study more general surfaces satisfying a fourth order partial differential equation (PDE), which include affine maximal hypersurface equations (see [8]), an α-relative extremal hypersurface equation (see [12]) and the Abreu equation (see [13]), Δ ρ = − β ∥ ∇ ρ ∥ 2 ρ, (1.1).

Also, cell-SELEX yields ligands that identify unique targets of significance, as the pools generated during the selection are more likely to bind to overexpressed cell surface proteins on cancer cells, while ligands to more general cell surface proteins are subtracted by negative selection.

The model might be generalized to account for more realistic surfactant particle shapes and physico-chemical interactions, resulting in a more general non-Newtonian surface rheological behavior.

We were surprised that HAP1 cells lacking SPCS1 or SPCS2 did not have a more general defect in cell surface protein expression; out of seven cell surface proteins tested, only ULBP1 expression was decreased.

Thus, ZU5 autoproteolytic processing might be a more general feature among bacterial surface proteins that are deployed for the degradation or remodeling of extracellular biopolymers and matrices.

Interestingly, homologs of this protein were also found in animals and plants suggesting that such modifications might have a more general function in cell-surface adhesion across eukaryotes.

When most of the premed participants were asked about their research, they responded in a more general way, giving a surface explanation of their research and what they do.

Experiment 2 compared the effect of object "size" versus object "number" on the evoked activity in LIM, to distinguish between the effects of object size per se versus a more general increase in the surface area of the stimulated visual field.

These results suggest that near-surface structure does indeed influence initial cell attachment to iron oxide surfaces; whether this is mediated via specific cell surface-mineral surface interactions or by more general interfacial phenomena remains untested.

However, this work may also find more general utility in showing how different surface pre-treatments affect surface reactivity and in turn could impact adhesion to Zn or other metal surfaces.