The human brain undergoes rapid dynamic changes in the neonatal period that are essential for later cognitive and behavioural performance. Using resting-state fMRI data from 394 neonates (325 term-born, 69 preterm-born) within the first month after birth, we characterised the early development of functional network org...
Qian-Wen Chang, S. Fenn-Moltu, A. Chew et al.· bioRxiv· 0 citations
An anatomy-aware deep learning framework for enhancement of neonatal 64mT T2-weighted MRI improves anatomical visibility while preserving native ultra-low-field contrast and enabling quantitative structural analysis support the feasibility of quantitative neonatal neuroimaging at ultra-low field.
P. Cawley, A. Uus, K. Colford et al.· medRxiv· 0 citations
It is suggested that autistic sensory processing potentially relies on distinct circuit mechanisms linking genetic variation, neurochemistry and perception, which has important implications for how sensory differences are conceptualised, studied, and interpreted and ultimately for how interventions and support are deve...
A. Thomson, V. Hollestein, M. Arenella et al.· medRxiv· 0 citations
Evidence for asymmetric development across the fiber bundles studied is found, with the corticospinal tracts showing earlier maturation but slower volumetric growth compared to the callosal fibers.
Rodrigo M. Braga, E. Roze, G. Ball et al.· 0 citations
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