Exact(5)
For one thing, if people use maps a lot - as the figures seem to suggest they do - it's odd if they go from using them a lot (iOS 5) to using them a lot (iOS 6 first install) and then not using them at all (as the graph implies).
We first show that, for locally finite graphs and a certain family of metrics, completeness of the graph implies uniqueness of these extensions.
If is a maximal planar graph then is a simple planar bipartite graph, implies that by Lemma 2.5.
Null adaptation implies only one solution for a problem, but using a revision graph implies more than one solution for a query.
The invariant portion of slope of such a graph implies a scale-invariant (self-similar) distribution of the property under consideration for the protein; and FD for that protein for that property assumes this magnitude.
Similar(55)
Graph implying the required number cases and control was drawn separately for hip resurfacings and THAs (Figs. 2 and 3).
All d-separation relations between nodes in a graph imply conditional independence relations between the corresponding variables.
From Figure 4, it is clear that all three sub-maps have few nodes with degree higher than 2, particularly in the cartilage sub-map (Figure 4C)), which has no proteins of degree larger than 2. The low number of hubs in the graphs implies that, from the analysis of these three sub-maps, we are not able to identify many potential drug target sites within each tissue type.
Condition (W) and property (ii) of the secondary structure graphs implies b < 3 a because the closing base pair must be shorter than a hairpin loop.
Gaps in the graphs imply that there were no articles published or no entity of the subclass was mentioned.
Computer-assisted image quantification (top graphs) implied that the rate of F-actin redistribution to the T/APC contact (hence cytoskeleton plasticity) was generally lower in the mutant vs. conventional tg T cells (despite higher steady-state levels), and lower in P14 vs. H-Y TCR-expressing cells (4.5× vs. 7.4× at 30 min).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com