Moreover, modulation of such mechanisms by migraine prophylaxis has been shown in the visual and motor cortex [43 45].
The most recent and interesting functional implications for gap junction connectivity during development have been shown in the visual cortex.
So far, training-induced changes in cortical processing of complex object stimuli had only been shown in the visual modality (James and Gauthier 2003; Weisberg et al. 2007).
Here, we investigated the patients' response when the visual stimulus was shown in the sighted visual field, that is, when it was visible and cortically processed.
In this vein, it has been shown in the cat visual cortex that at the very early stages of connectivity development, long-range intra-areal projections are not yet clustered (Price 1986; Callaway and Katz 1990).
For instance, when images were shown in the upper-left visual field (Figure 6), the separation was first seen in right STS (35 48 ms) and then left amygdala (44 54 ms).
It appears reasonable, and it has already been shown in the literature, that extending the visual feedback with force feedback is able to complement the visual information (when missing or limited) through the sense of touch and allows the operator to better perceive information from the remote environment and its constraints, hopefully preventing dangerous collisions.
As such, infection with more virulent mold organisms has been shown in the literature to correlate with worse visual acuity outcomes and higher rates of enucleation, as it did in the current study [1, 6].
Similar results of increased binocular visual acuity compared to monocular visual acuity have been shown in the past.
The intrinsic limitation of case series precluded statistically significant results, so only a trend of visual improvement was shown in the results of functional outcome.
First, although angiography has stood at the heart of the diagnostic chest pain pathway, the traditional binary cut-off values of 50% or 70% stenosis by visual estimation were shown in the FAME study to bear little relation to the true physiological significance of luminal narrowing.
