Stimulated by recent advances in neuroscience,�Neuron Glia Biology�serves the expanding need for a scientific journal recognizing that two-way communication between neurons and glia is essential for nervous system function. In focusing on cell-cell interactions in the nervous system, this journal offers an expanded scope that bridges what have traditionally been regarded as separate scientific disciplines.Neuron Glia Biology�publishes outstanding original research on cell-cell interactions in the nervous system, using molecular, biochemical, electrophysiological, and imaging methods, to investigate interactions among neurons and among glia, and between neurons and other non-neuronal cells. Basic and clinical research reporting new findings on cell-cell interactions during nervous system development, in association with information processing, synaptic plasticity, myelination, and pathology are presented, along with special feature issues and concise reviews of emerging areas in the field.�
In line with the commitment of�Cambridge University Press�to advance learning, knowledge and research worldwide, the Press currently publishes over 250 peer-reviewed academic journals for the global market. Containing the latest research from a broad sweep of subject areas, Cambridge journals are accessible worldwide in print and online.