Sentence examples for atypical networks from inspiring English sources

The state space of the fittest networks resulting from selection for attractor size and attractor number are shown in Fig. 9. Selecting on these particular properties resulted in some very atypical networks.

Furthermore, it appears that such atypical networks can reliably be reached in relatively few generations, even when the range of variation available to selection is constrained to single point mutations as it was in these simulations.

In comparison, RT2 Dll4 +/- insulinoma showed a 1.8-fold increase in the density of PECAM-positive areas (p < 0.05) and formed atypical networks lacking vessel hierarchy or symmetry but displaying pronounced branching and multiple interconnections.

Voice-hearers with psychosis are also more likely to use an atypical network of brain areas for language, whereas non-clinical voice-hearers seem to show more typical patterns of language functioning.

Rather than pursuing overly simplifying general hypotheses (i.e., under vs. over), we tested the hypothesis of atypical network distribution in ASD (i.e., the participation of unusual loci in distributed functional networks).

Therefore, we believe the method can provide a possible way to quantitatively describe the typical and atypical network organization of human brain and serve as a biomarker for presymptomatic detection of neurodegenerative diseases in the future.

The combination of atypical network, atypical peripheral globules of different size, peripheral streaks or structureless area with few branched streaks, blue-white veil overlying dark blotches and atypical vascular pattern was only observed in melanoma.

The presence of atypical network, atypical peripheral globules of different size, peripheral streaks, structureless area with few branched streaks, blue-white veil overlying dark blotches, and atypical vascular patterns was registrated.

In children with ASD, networks involved in cognitive set shifting were expressed differently at both fast and slow time scales, indicating that atypical network activity and integration at 2 distinct time scales may be pertinent to problems with cognitive flexibility in this population.

Furthermore, the extraction of other important clinical indicators such as atypical pigment networks, globules and blue white areas critically depends on the border detection (Schaefer et al., 2009a, b).

Although alterations in resting-state neural network have been previously reported in migraine using functional MRI, whether this atypical neural network is frequency dependent remains unknown.