A key objective of neuroscience research is to understand the processes leading to mature
neural circuitries in the central nervous system (CNS) that enable the control of different …

The development of immunoreactivity for the putative inhibitory amino acid neurotransmitter
glycine was investigated in the embryonic and posthatched chick lumbosacral spinal cord by …

Embryonic spinal neurons maintained in organotypic slice culture are known to mimic
certain maturation‐dependent signalling changes. With such a model we investigated, in …

The networks of neurones in the spinal cord which control vertebrate locomotion, commonly
called central pattern generators or CPGs, are constructed very early in development, often …

GABAergic neurons are the major inhibitory interneurons that are widely distributed in the
central nervous system. It is well established that they originate from a focal region in the …

Progress in molecular investigations presents new data facilitating the recognition of
pathogenic mechanisms of numerous nervous system diseases, among them amyotrophic …