Damage to the white matter underlying the left posterior temporal lobe leads to deficits in multiple language functions.
While this tripart categorization helps us conceptually get at Ibn Gabirol's point, Ibn Gabirol himself in the Fons Vitae enumerates not three but five categories of matter: artefactual particular, natural particular, natural universal, celestial, and the first universal matter underlying them all (see Fons Vitae 1.17, p. 21, lines 20 3).
Phenomenological thermodynamics, based on the law of conservation of energy and the law ruling out spontaneous decreases in entropy, supported an experimental programme that could be pursued independently of any assumptions about a micro-structure of matter underlying properties that were experimentally measurable.
Semantic errors were most strongly associated with left ATL damage whereas deficits on tests of verbal and non-verbal semantic recognition were most strongly associated with damage to deep white matter underlying the frontal lobe at the confluence of multiple tracts, including the inferior fronto-occipital fasciculus, the uncinate fasciculus, and the anterior thalamic radiations.
Our results showed that the treated group, but not the untreated group, had reductions in fractional anisotropy in the white matter underlying the right inferior frontal gyrus (IFG, pars opercularis and pars triangularis), the right posterior superior temporal gyrus, and the right posterior cingulum.
The mundane matter underlying the debate - again, how many deputies should there be? - wound up resolved at the number two.
This subgroup exhibited significantly reduced FA in white matter underlying right premotor cortex (Figure 5).
Despite their contrasting assumptions, the above studies generally yielded consistent results, estimating maximal activity during spindles to the white matter underlying parietal and frontal cortices.
Immunoreactive cells were counted in the white matter underlying the cortex (+2.16 to −0.36 mm from the bregma) in animals sacrificed on P10.
