Organization

●A Message from the Director ●About BRI ●Event ●Organization ■Basic Neuroscience Branch ├Department of Molecular Neurobiology ├Department of Cellular Neurobiology ├Department of Neurophysiology └Department of Developmental Neurobiology(Visiting Professor Program) ■Pathological Neuroscience Branch ├Department of Pathology └Department of Molecular Neuropathology ■Clinical Neuroscience Branch ├Department of Neurosurgery └Department of Neurology ■Center for Integrated Human Brain Science ├Department of Integrated Neuroscience ├Department of Biological Magnetic Resonance ├Department of Functional Neurology & Neurosurgery └Department of Biomedical Informatics ■Center for Bioresource-based Researches □Genome Science Branch ├Department of Molecular Genetics └Department of Bioinformatics □Resource Branch for Brain Disease Research ├Department of Pathological Neuroscience └Department of Molecular Neuroscience □Animal Resources Branch └Department of Comparative & Experimental Medicine ■Administration Office ●Access

■Center for Integrated Human Brain Science Department of Biological Magnetic Resonance Prof. Tsutomu NAKADA Assoc.Prof. Kiyotaka SUZUKI Assist.Prof. Masaki WATANABE Continuous technological development represents an indispensable component of the recent remarkable advancements in the state of our knowledge of human brain function. Magnetic resonance is a field which provides a number of versatile non-invasive methodologies applicable to the analysis of human specific brain function. The Department of Biological Magnetic Resonance focuses on the research, development and education of magnetic resonance technologies as well as the research and education of human brain function based on integrated knowledge of advanced engineering and non-linear computational analysis. ●ICS analysis of SMI Four independent subunits in the primary sensorio-motor cortex were clearly distinguished. The resolution is comparable to that of primate electrophysiology. Simulation Schematic ●Simulation of brain organization A heat convection scheme is shown to reproduce the shape of the brain. Nonlinear numerical simulation is one of our major strategies for tackling the complexity of the brain. Click the image to enlarge HOME｜Organization Brain Research Institute, Niigata Univ. This page is maintained by the Niigata University Brain Research Institute Public Relations and Information Committee. All Rights Reserved, Copyright (c) 1996-2003 Brain Research Institute, Niigata Univ.