Sentence examples for whose connectivity from inspiring English sources

However, from both a neurobiological viewpoint and an implementation perspective, it is logical to minimize the length of inter-neural connections and consider networks whose connectivity is predominantly local.

Using unsaturated linkers, whose connectivity is limited to the original connections in the parent compounds, helps address this issue, nevertheless, those targets containing long and highly flexible linkers are still not generated in a reasonably short computing time.

This corresponds to the case in which all connections between pairs of nodes are bidirectional, or all those networks whose connectivity graph is equivalent to an undirected graph.

Only the combination of resonance structures that results in the lowest number of atoms whose connectivity has changed, is retained.

Note that the KauNet triggers are received over the control network and not over the interface whose connectivity they control.

The new method first computes all combinations of eight vertices whose connectivity in T matches the connectivity of a hexahedron.

This networked view of the world comes naturally to us citizens of the digitised universe, whose connectivities through cell phones and the internet overlay and dominate the quaint two-dimensionality of the surface of the Earth.

The standard marginal differential network analysis also identified several genes – LDOC1, EYA1, LECT1, PGAM2 – whose connectivities (Eq. 8) were significantly lower in the chimp network.

This is a confirmation of the 'scalable' character of gene expression network that constitutes a strongly connected set whose general connectivity can be appreciated starting from a minimum sample of elements.

Our data provide the first evidence that the human EC can be divided into functional subdivisions whose functional connectivity closely parallels the known anatomical connectivity patterns of the rodent and nonhuman primate EC.

The last sentence in the Abstract—"the first evidence that the human EC can be divided into functional subdivisions whose functional connectivity closely parallels the known anatomical connectivity patterns of the rodent lateral and medial EC"—is very much welcome but is in contrast to sentences in the body of the paper.