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CENTER FOR MULTIDISCIPLINARY BRAIN RESEARCHOutline This center plays a central role in the neuroscientist network in Japan to fascilitate interaction among multidisciplinary research fields. Director Professor: IKENAKA, Kazuhiro, PhD staff |
Brain Machine Interfaces (BMI) will allow humans to operate computers, robotic arms, wheelchairs, prosthetic devices and other instruments by using only the signals of their brain. This neuro-technology may help severely disabled but cognitively intact patients to communicate and interact with outside world. Developing new algorithms to decode the cognitive signals from the individual brain signals and learning how the brain adapts to novel environments when interacting directly with the computer will also lead to better understanding of the brain. Thus, in the near future BMI research will bring about major advances in brain science and information technology. BMI research is multidisciplinary in nature. This work is firmly based in the basic and computational neurosciences, disciplines like signal processing, machine learning, robotics, rehabilitation engineering, electrode hardware engineering and ethics play a pivotal role in the advancement of this young field. The interest in this field of research has grown tremendously during the last decade. The Section of Brain Information Decoding will work on the basic research for the development of BMI by combining such multidisciplinary approaches and will introduce a paradigm shift to basic neuroscience for better understanding of the brain function. Staff
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Molecular biological techniques in neuroscience have brought us a wealth of knowledge in elucidating the relationship between the molecules and brain functions. However, in order to understand the higher order brain functions and pathophysilogical mechanisms of human neurological diseases, we need to establish molecular biological systems that are applicable to primate studies. Toward this goal, we are seeking to establish such tools as the gene transfer techniques to primates. Staff
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NBR stands for National Bioresource Project "Nihonzaru." Nihonzaru, Japanese monkeys, have moderate temper and high cognitional abilities and play an important role in higher brain function studies in Japan. The primary goal of this project is to establish a sustainable system to breed, rear, supply SPF Japanese monkeys for research purposes in Japan. This project, formally started in 2003, is now collaborating with Primate Research Institute, Kyoto University. NBR Promotion Office has four objectives.
* The National Bioresource Project (NBRP) was started in 2002 to collect, develop, and keep essential bioresources for life science researches on national scale. Since then, a variety of bioresources (e.g. mice, silkworms, stem cells, etc.) and genetic data have been collected and supplied to researchers. Staff
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