Significats de spatial arrangement en anglès

Furthermore, spatial arrangement and architectural organization of cells are generally not reflected in cellular characteristics analysis.

He also bought it knowing that its original façades and external spatial arrangement are listed for preservation.

Orchestrated excitation-contraction coupling in heart muscle requires adequate spatial arrangement of systems responsible for ion movement and metabolite turnover.

This spatial arrangement of microglia is responsible for the repeated appearance of domains close to MCBs along dendritic arborization.

We next devise spatial statistics for analyzing spatial arrangement and organization, which are not detectable by individual cellular characteristics.

Our findings in this work are expected to help biologists characterize the spatial arrangement of MTs, specifically the effects of MT-MT interactions.

Conserved and variable aspects of the spatial arrangement of electron transfer partners in flavoenzymes are assayed by comparing the presently available 3D structures.

Structure-activity relationship was elucidated to reveal that the spatial arrangement of the terpenoid skeleton fused with an alpha-methylene-gamma-lactone moiety produces maximal anti-HCV activity.

Conclusions: Surgical relief of subaortic obstruction in DORV has to be adapted to VSD location and spatial arrangement of atrioventricular valves and great vessels.

Both numerical simulations and experimental studies show that the pressure-sensing properties of the devices can be systematically tuned by the spatial arrangement of micropyramids.

We asked whether induction of receptor competency coincides with a conformational change affecting the spatial arrangement of exoplasmic domains of the IIb and IIIa subunits.

A. desmarestii was experimentally tested in a multi-compartmented, non-forced exposure system, simulating the spatial arrangement of the samples just like their distribution in the environment.

The angles of inclination and anteversion determined by these three methods differ because they have different spatial arrangements.

These results suggest that spatial arrangements of sugar combining sites and subunit organization of macrophage and hepatic lectins are different.

Here we report the self-assembly of unsupported, 2D protein lattices with precise spatial arrangements and patterns using a readily accessible design strategy.

Our high-resolution imaging results demonstrate a reliable millimeters-scale orientation signal, likely emerging from irregular spatial arrangements of orientation columns and their supporting vasculature.