Sentence examples for location of effects from inspiring English sources
Implicating the frontoparietal network as a location of effects specific to ADHD, activation in the superior frontal (Brodmann's Area — BA 6) and parietal regions (BA 40) was significantly reduced in twins with childhood ADHD compared to both their control co-twins and unrelated control twins.
Most current imaging studies of the human cortex report the location of effects as a "Brodmann area" (BA).
This requires a priori knowledge of the likely location of effects of interest, which is both difficult and restrictive, as current understanding of structure-function relationships is limited and white matter damage diffuse.
NeuroVault allows the visualization and exploration of raw statistical maps and is thus a good way look not only at effect sizes, but also at the precise location of effects (rather than the crude cluster peak coordinate).
Where exposure groups and the candidate stressors are defined in terms of spatial boundaries, geographic methods primarily using geographic information systems (GIS are among the best means for organizing the available information and relating the locations of effects on human and ecologic receptors to the locations and magnitudes of the various stressors.
The criterion for toxicity for classification of POPs is 'significant adverse effects' without a clear definition of 'significant' or the location of the effects.
The anatomical location of our effects was inferred from neuroanatomical knowledge after examining the location of the effect in MNI space and reference to the Duvernoy atlas [Duvernoy, 1991] when necessary.
Given the nature of BRM and SYD activity, expression is important in addition to location of phenotypic effects.
The location of the effects that we observe in our imaging data helps to interpret the processing stage at which lexical and sublexical frequency effects arise.
The anatomical location of these effects, however, conforms to our a priori hypotheses (see Introduction) and/or physiologically plausible models of dopaminergic and cholinergic neuromodulation (Mesulam et al. 1983; Fields et al. 2007), which argues against a mere alpha error.
By considering the location of these effects, and comparing them with others reported in the literature, we show where, when, and why brain activation differs in bilinguals and monolinguals during simple speech production tasks.
