Titlebook: Development and Regeneration of the Nervous System; S. Nona,J. Cronly-Dillon,M. Ferguson Book 1992 S. Nona, J. Cronly-Dillon, M. Ferguson,

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collagen

VEST

Glial/axonal pattern formation in the fish optic nerve,hares an exposed location in the orbit with various peripheral nerves supplying the eye muscles. This invites comparison, to ask how tissue of CNS origin is formed into a resilient structure with mechanical properties matching those of the peripheral nerves, and what glial patterns are involved. The

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Development of fibre order in the amphibian visual system,of the formation of patterned neuronal projections has come from work on this system. The eye and optic tectum are particularly accessible to experimental manipulation, electrophysiological recording and fibre-labelling, and the projection of the retina on to the tectum is highly precise. In particu

gastritis

輕彈

Cellular memory in an invertebrate,g developed early in evolution. Consequently it is probable that some of these mechanisms were conserved as species multiplied and diversified into the available ecological niches. The acceptance of this argument allows us to study the cellular substrates of memory in accessible animal models, and t

LASH

The development and plasticity of corticocortical connections in the visual cortex,twork of ipsilateral corticocortical connections; the visual areas in the two hemispheres are interconnected by callosal projections. The way in which these connections are organized and develop has been the subject of intense study in recent years. It has been established that many of the corticoco

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Biosynthesis and expression of goldfish ependymins: potential candidates in neural plasticity and rng the goldfish (Agranoff ., 1967). With this perspective, goldfish were trained to perform various tasks in experimental paradigms, and changes in the RNA synthesis (Shashoua, 1968) as well as the protein pattern (Shashoua, 1976) were reported in the brain after learning. Subsequently, two proteins