Plenary Hall of Euskalduna Conference Center |
| Scientific Program | The scientific program will cover all areas of glial cell research and will comprise three major components:
Abstracts (Supplement to Glia, Volume 63, Issue Supplement S1) In addition, an introductory course on glial cell biology will be held the day before the start of the meeting. Program introductory course on glial biology (Tuesday, July 14, 2015) |
| Plenary Speakers |
| Technical Workshops | 1. Beyond cell culture: Modern techniques to study microglia
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| Symposia | S1: Microglia-mediated control of postnatal brain development S2: Elucidating influence of neuronal activity on CNS myelination S3: Astrocyte gliotransmission, volume signalling and water homeostasis S4: Schwann cell-axon interaction controls peripheral nerve development and disease S5: Systematic approaches to glia S6: Microglial dynamics in the healthy and diseased brain S7: Oligodendrocyte differentiation in development and pathology S8: Role of glial cells in rare diseases S9: Chromatin remodeling in myelin development and nerve regeneration S10: Developmental signaling mechanisms in gliogenesis S11: Neurons and microglia: bidirectional communication in health and diseases S12: Immunity and remyelination S13: Paradigm shift in astrocyte calcium signalling S14: The role of glial cells in peripheral neuropathy S15: Epigenetics shapes glial functions in health and disease S16: Role of microglial cells in the control of t-cell responses whithin the CNS S17: Transcriptional regulation of oligodendrogenesis during myelination and remyelination S18: Astrocyte metabolic reprogramming by oxygen and energy-dependent pathways: impact on neuronal survival S19: Tanycytes - a heterogeneous ependymo-glial cell population with diverse functions in the brain S20: Early glial cell changes in brain degenerative diseases S21: The astrocyte-microglial cell nexus S22: Molecular and cellular changes in CNS myelinating glia during demyelination and remyelination S23: Astroglial connexins in brain functions and pathologies involving neuro-glio-vascular interactions S24: Schwann cell biology of CMT neuropathies S25: Glial heterogeneity and reprogrammability S26: Nuclear receptors in CNS inflammation, demyelination and repair S27: Oligodendrocyte metabolism and global brain health: a forgotten story back in the spotlight S28: Aging-related changes and their effects on astrocytes in the healthy and damaged CNS S29: Enteric glia: novel roles in enteric neural circuitry and gut pathophysiology S30: A disrupted gliogenic/neurogenic equilibrium is essential for the injury response of adult neural stem cells |