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首页> 外文会议>International Conference on Virtual Rehabilitation >Keynote lecture 5: Neuroplasticity-based strategies applied to delay onsets of-and to treat-psychiatric and neurological disorders
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Keynote lecture 5: Neuroplasticity-based strategies applied to delay onsets of-and to treat-psychiatric and neurological disorders

机译：主题演讲5：基于神经可塑性的策略可用于延迟发作以及治疗精神疾病和神经疾病

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Dr. Merzenich's research interests have included the functional organization of the somatosensory and auditory nervous systems; the neurological bases of - and rules governing-learning-induced cortical plasticity; and the neurological origins of and remediation of developmental and acquired impairments in language, reading, memory, attention, cognitive control, and movement. His research teams have extensively modeled changes induced in the brain a) following brain injury and stroke; b) resulting from distorted experiential history leading to acquired impairments, psychotic illness and addiction; and c) contributing to pathological neurological regression in aging. All have been studied as platforms for developing brain plasticity-based medical therapeutics to treat those conditions in human populations. Dr. Merzenich led a research team that created a widely commercially applied cochlear implant (Advanced Bionics' Symbion). In 1996, he co-founded Scientific Learning, a company dedicated to delivering remedial therapies to address language, reading, attention, and cognitive impairments in school age children. Its programs have been applied to help more than 5 million children. In 2002, he co-founded Posit Science, which produces and delivers computer-delivered therapies applied to help aging, psychiatrically-impaired, and brain-injured populations. In 2009, he co-founded the Brain Plasticity Institute, a research company focused on developing new treatment strategies for children and adults with severe neurological impairments.
机译：Merzenich博士的研究兴趣包括躯体感觉和听觉神经系统的功能组织。的神经基础以及控制学习引起的皮质可塑性的规则;以及语言，阅读，记忆，注意力，认知控制和运动方面发育和后天障碍的神经系统起源和矫正。他的研究小组已经广泛模拟了在大脑中诱发的变化a）脑部受伤和中风后; b）由导致获得性损害，精神病和成瘾的经历历史失真造成的; c）促进衰老过程中的病理神经退行性病变。所有这些都已作为开发基于脑可塑性的药物治疗人类疾病的平台进行了研究。 Merzenich博士领导了一个研究小组，该小组创造了一种广泛商业应用的人工耳蜗（Advanced Bionics's Symbion）。 1996年，他与他人共同创立了Scientific Learning，这家公司致力于提供补救性疗法，以解决学龄儿童的语言，阅读，注意力和认知障碍。它的方案已被用来帮助超过500万儿童。 2002年，他与他人共同创立了Posit Science，该公司生产并提供计算机提供的疗法，这些疗法可用于帮助衰老，精神病患者和脑部受伤的人群。 2009年，他与人共同创立了大脑可塑性研究所，这是一家研究公司，致力于为患有严重神经功能障碍的儿童和成人开发新的治疗策略。

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