Sentence examples for neuronal interconnections from inspiring English sources

In the adult, the neural retina consists of approximately 55 distinct cell types histologically structured into three layers of cells (photoreceptors, intermediate neurons and ganglion cells) and two layers of neuronal interconnections (outer and inner plexiform layers) [ 3].

Moreover, this framework provides an effective way to design the neuronal interconnections to achieve prescribed coordination among the oscillators.

Hippocampal, cerebellar, and cortical structures and neuronal interconnections are being formed during the time between birth and weaning (Bayer et al. 1993), the same period when the Hg content of neonatal brain was found to be elevated relative to controls from unexposed dams.

Knowledge about the interconnections of the neuronal network to the vascular system is often essential neurobiological research.

The retina is a laminated tissue, formed by the orderly arrangement of six classes of neuronal cell bodies, their processes and synaptic interconnections, and one specialized type of glial cell, the Müller glia, a radial glial cell that is unique to the retina and functions, in part, similarly to astrocytes in other CNS regions.

Analogous reconstruction attempts for the C. elegans neuronal network resulted in substantially poorer recovery, indicating that cortical area interconnections are relatively stronger related to the considered topological and spatial properties than neuronal projections in the nematode.

It can add knowledge about the complex mechanism of migraine, as the different way of brain interconnection may be an epiphenomenon of the altered neuronal excitability affecting migraine brain [34].

Apoptotic cell death is well-known in PD, and here the endoplasmic reticulum (ER) and the mitochondria are in close communication, establishing a dynamic ER-Ca2+-mitochondria interconnection that can play a prominent role in the neuronal cell death seen in PD pathology [ 230].

In brain neurons, microtubules are the structural scaffolding, organizing movement, transport, neuronal growth and synaptic plasticity.

Lateral interconnections form principally at the nodes.

Tells about his neuronal group selection theory.