Cell biology of the neuron: Polarity, plasticity and regeneration
Abstr. due: 31.01.2017
Dates: 07.05.17 — 10.05.17
Area Of Sciences: Biology;
Organizing comittee e-mail: email@example.com
A forum is provided to present the most recent findings in the field of neuronal development, neuronal plasticity and neuronal regeneration emphasizing the intracellular mechanisms and cell biological aspects within these processes. The workshop will focus on the underlying cell biology principle within different neurobiological processes ranging from the establishment of neuronal polarity to changes in dendritic spine morphology. An emerging theme in neurobiology is that distinct morphological changes that occur at different stages during neuronal development share underlying cell biological principles. To reveal these similarities, it is therefore important to discuss the intracellular mechanisms of different stages within a single conference series. This will allow the scientists involved to exchange their results within a specific neurobiological context to extract common regulatory principles.
Specifically, the conference series will focus on the following questions:
Neuronal polarity: How is the distinction between axon and dendrites achieved? What are the intracellular mechanisms regulating neuronal polarity?
Growth cones: How do growth cones enable axon growth? What are the intracellular mechanisms that enable these structures to extend and turn an axon?
Local mRNA translation: How does local mRNA translation regulate different processes of neuronal development ranging from growth cone turning to synaptic modulations?
Dendrites: Which intracellular mechanisms regulate the complex dendritic morphology necessary for efficient and specific computation of neurons? How is dendritic branching controlled?
Synaptogenesis: What are the intracellular mechanisms regulating the formation of synapses? How are these mechanisms regulated by neuronal activity?
Neuronal Plasticity: What are the cell biological mechanisms that regulate synapses maintenance and modulation? How is spine formation controlled?
Regeneration: How can axon regeneration be achieved by manipulating intracellular mechanisms of the neurons?
Conference Web-Site: http://www.embo-neuro2017.gr/