What are arguably the most remarkable features of cerebellar topography are the developmental processes that produce them.
Delta brushes are similar in terms of developmental profile, frequency characteristic, and topography to the spindle bursts recorded in the cortex of neonatal rats, which are also triggered by sensory stimulation and correlated with spontaneous sleep-related myoclonic twitches through sensory feedback [ 21, 22].
As the genetic or environmental context of the system changes, these ropes pull and stretch the surface, thereby changing its topography and hence its developmental potential.
These pathological attractors are developmentally not accessible owing to evolutionary fine-tuning of the landscape topography such that it buffers developmental trajectories and canalises them to the normal attractors (Waddington, 1956).
These formations represent plurisegmental complexes, once their respective topography relative to the r5 r11 developmental units is taken into account.
The topography, type and size of developmental abnormalities were determined by postmortem MRI and neuropathological examination [ 46].
These findings suggest that differences in the type, topography and severity of cerebellar developmental defects may contribute to different clinical manifestations.
The topography of this landscape determines the developmental potential or repertoire of the system.
The aim of this study is to detect the pattern of focal, qualitative, developmental defects in autism brain, including their type, topography and severity, and to identify the structures and brain regions that are prone to developmental alterations in autism.
In terms of topography, hemispheric injury is associated with more severe neurological abnormalities while global pervasive developmental deficits were far more common in patients with injuries to the vermis [ 25].
