Extensive training with vibrotactile stimuli has been shown to induce lasting changes in the response of SI neurons [31], [32]; this training effect could reflect a relatively stable adaptation state among the neurons in SI.
This could reflect the relatively poorer utility of CRP as a surrogate for disease activity in the latter conditions.
This could reflect the relatively smaller, more spatially focal receptive fields in early visual areas, but also the larger surface area (i.e., more data points).
Again, we found no significant differences in the frequency of these four SNPs or the genotype distribution between paranoid patients and controls, but this could reflect the relatively small sample size of paranoid schizophrenic patients in our cohort.
In younger children (and when the information is about animals), adults seem to have more impact than peers (although this effect could reflect the relatively superior verbal fluency of adults).
These differences could reflect a relatively lower rate of mitochondrial energy conversion in trisomy 21 children that may be linked to some pathological findings pertinent to this disorder, such as defects in the inner mitochondrial membrane [ 5, 8].
This distinction may be real or could reflect the relatively accurate maternal recall of initial breast-feeding but less accurate recall of the duration of feeding, as previously suggested (3).
The lack of change in DOPAC and HVA could reflect the relatively modest nature of the changes in DA, leaving a sufficiently high concentration of DA in the intracellular space to maintain constant levels of DOPAC and HVA production.
Previously, DHA has been reported to react with the imidazole group of His and the ε-amine group of Lys (Kanayama et al., 1987); however, we did not detect His modification and only detected a few sites modified by Lys, which could reflect the relatively low level of free His and Lys in the lens.
Anatomically, this could reflect a relatively greater dependence of musical object and symbol knowledge on brain areas beyond the anterior temporal lobe, as suggested by previous functional imaging (Platel et al., 2003; Satoh et al., 2006) and focal lesion (Stewart et al., 2006) studies implicating a distributed network of perisylvian areas in processes such as familiar melody recognition.
