孤独症医-教-康-养新模式
研讨孤独症儿童脑发育异常的核心问题,围绕核心障碍的脑发育分子与环路机制,从医学治疗,特殊与融合教育以及家庭养育三方面进行充分研讨,提出应用理论,技术与落地模式,为不同年龄段孤独症儿童所需要的内在健脑方法与外在康复环境创造最佳模式。
活动主席:张嵘,北京大学
活动共主席:Keith Kendrick,电子科技大学
活动秘书:赵海燕,澳大利亚高科技产业促进会
活动报告日程安排:
10月21日 上午(地点:铃兰+云杉) | |
9:00-9:10
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致辞
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第一场 主持人:赵海燕,澳大利亚高科技产业促进会 Haiyan Zhao,Australia High-Tech Industrialization Association |
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9:10-9:50
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催产素改善儿童孤独症临床研究——Keith M. Kendrick,电子科技大学 Improving Autistic Symptoms in Children Using Oxytocin-Based Therapies –Keith M. Kendrick, University of Electronic Science and Technology |
9:50-10:15
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防治营养代谢缺陷导致的孤独症——杨艳玲,北京大学第一医院
Preventing and Treating Autism Caused by Nutritional and Metabolic Deficiencies –Yan lin Yang,Peking University First Hospital |
10:15-10:40
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孤独症的智能分型与TEAS精准干预策略——张嵘,北京大学
Intelligent Classification of Autism and Precise TEAS Intervention Strategies –Rong Zhang, Peking University |
10:40-10:50
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茶歇
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第二场 主持人:赵海燕,澳大利亚高科技产业促进会 Haiyan Zhao,Australia High-Tech Industrialization Association |
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10:50-11:15
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孤独症儿童动作技能测评体系构建与体脑综合评价研究——甄志平,北京师范大学
Construction of Action Skill Assessment System and Study on Body Brain Comprehensive Evaluation for Autistic Children–Zhiping Zhen, Beijing Normal University |
11:15-11:40
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孤独症的家庭干预及养育者心理赋能——王崇颖,南开大学
Parent-Mediated Intervention and Mental Health and Resilient Coping in Caregivers of People with Autism –Chongying Wang, Nankai University |
11:40-12:05
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孤独症儿童幼儿园融合教育——吕玲,北京大学医学部幼儿园
Integrated Education for Autistic Children in Kindergartens – Ling Lv, Kindergarten of Peking University Health Science Center |
12:05-12:30
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研讨(特邀嘉宾 高源 郭庆明)
Discussion(Specially invited guests Yuan Gao, Qingming Guo) |
10月20日 下午(地点:雪绒花A厅)
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第一场 主持人:斯科,浙江大学 Ke Si, Zhejiang University |
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13:30-13:55
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神经系统的跨尺度解析:从全脑到全身——毕国强,中国科学技术大学;中国科学院深圳先进技术研究院
Mesoscale imaging of the nervous system: from brain to body and beyond - Guoqiang Bi, University of Science and Technology of China; Shenzhen Institute of Advanced Technology, Chinese Academy of Science |
13:55-14:15
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高时空分辨脑光学显微成像技术——王凯,中国科学院脑科学与智能技术卓越创新中心
Imaging the brain at higher spatial and temporal resolutions – Kai Wang, Center for Excellence in Brain Science and Intelligence Technology, Chinese Academy of Science |
14:15-14:35
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基于透明化包埋技术TESOS的神经介观投射图谱快速成像平台——赵瑚,北京脑科学与类脑研究中心
A technical pipeline for High-Speed Neural Projectome Projectome Mapping with the TESOS tissue clearing method – Hu Zhao, Chinese Institute for Brain Research, Beijing |
14:35-14:55
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前额叶皮层神经元集群对疼痛和瘙痒的表征和调控——胡霁,上海科技大学
Representation and control of pain and itch by distinct prefrontal neural ensembles——HU Ji , Shanghai Tech University |
14:55-15:10
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茶歇
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第二场 主持人:赵瑚,北京脑科学与类脑研究中心Hu Zhao, Chinese Institute for Brain Research, Beijing |
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15:10-15:35
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脑网络组图谱引导的脑疾病精准神经调控方法——蒋田仔,中国科学院自动化研究所
Brainnetome Atlas Guided Neuromodulation of Brain Diseases – Tianzi Jiang Institute of Automation, Chinese Academy of Science |
15:35-15:55
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D Hierarchical Attractor Dynamics Mediate Experience-Dependent Decision-Making in Zebrafish -Yu Mu, Center for Excellence in Brain Science and Intelligence Technology, Chinese Academy of Sciences |
15:55-16:15
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自由活动小鼠头戴式微型化显微成像技术研究进展——郭长亮,北京大学未来技术学院
COrtex-wide miniature MEsoscopic Technique (COMET) enables functional analysis of dorsal cortex networks at single-cell resolution in freely moving mice – Changliang Guo, College of Future Technology, Peking University |
16:15-16:35
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睡眠过程中促慢性疼痛形成的神经调制通路——周航,深圳理工大学
A sleep-active central pathway for pain chronicity – Zhou Hang, Shenzhen University of Advanced Technology |
10月21日 上午
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第一场 主持人:王凯,中国科学院脑科学与智能技术卓越创新中心 Kai Wang, Center for Excellence in Brain Science and Intelligence Technology, Chinese Academy of Science |
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9:00-9:25
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集成高通量显微成像系统——斯科,浙江大学
Multi-scale mapping from mouse to human brain with integrative multimodal ultra-platform (iMap)——Si Ke, Zhejiang University |
9:25-9:50
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Ultracompact 2P Fiberscopy for Neural Imaging in Freely-moving Rodents - Xingde Li, Johns Hopkins University(线上,online)
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9:50-10:10
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组合遗传解析神经细胞谱系、类型与环路——何苗,复旦大学
Combinatorial genetic dissection of cell lineages, cell types, and neural circuits –—Miao He, Fudan University |
10:10-10:30
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Full-Spectrum Neuronal Diversity and Stereotypy through Whole Brain Morphometry -Yufeng Liu, Institute for Brain and Intelligence, Southeast University |
10月20日 下午(地点:雪绒花B厅)
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主持人:丁春勇,上海交通大学 DING Chunyong, Shanghai Jiao Tong University
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13:30-14:00
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大脑健康策略:通过抗炎饮食实现健康老龄化——黄旭枫,澳大利亚伍龙贡大学
Brain Health Strategies: An Anti-Inflammatory Diet for Healthy Ageing—HUANG Xufeng, University of Wollongong, Australia |
14:00-14:30
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光学技术在脑科学研究中的媒介—人脑组织资源库——黄越, 首都医科大学附属北京天坛医院国家神经系统疾病临床医学研究中心脑库
Human Brain Tissue Repository—A Novel Research Infrastructure Bridging Optical Engineering and Brain Science— HUANG YUE, China national research center for neurological diseases, Beijing Tiantan Hospital, Capital Medical University, Beijing, China |
14:30-15:00
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Prevention of Neurodegenerative Diseases—Genetic Risk Cohorts— MA Jianfang, Department of Neurology, Ruijin hospital affiliated to Shanghai Jiao Tong University School of Medicine, Shanghai, China. |
15:00-15:10
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茶歇 Coffee Break
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主持人:黄越, 首都医科大学附属北京天坛医院国家神经系统疾病临床医学研究中心脑库 HUANG yue, China national research center for neurological diseases, Beijing Tiantan Hospital, Capital Medical University
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15:10-15:40
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提高糖代谢改善帕金森病的基础及转化研究——刘磊, 首都医科大学基础医学院
Basis and Translation of Improving Glucose Metabolism to Alleviate Parkinson's Disease—LIU LEI, Biology School of Basic Medicine, Capital Medical University |
15:40-16:10
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磷酸甘油酸激酶1抑制剂的抗抑郁作用机制研究 ——丁春勇,上海交通大学
Mechanism Studies of PGK1 Inhibitor Against Depression—DING Chunyong, Shanghai Jiao Tong University |
16:10-16:40
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神经变性疾病与不宁腿综合征研究进展 ——吴云成, 上海交通大学医学院附属第一人民医院神经内科
The update of Restless Legs Syndrome in Neurodegenerative Diseases—WU YUN-CHENG, Department of Neurology, Shanghai General Hospital, Shanghai Jiao Tong University School of Medicine |
16:40-17:10
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基于PSD95-Gαi1/3 信号抗小鼠抑郁样行为的作用和机制研究——曹聪,苏州大学苏州医学院神经科学研究所
Targeting PSD95-Gαi1/3 Signaling to Inhibit Depression-like Behaviors in Mice: A Molecular Mechanism Study—Cong Cao,Institute of Neuroscience Soochow University, Suzhou Industrial Park Suzhou |
10月21日 上午(地点:石楠+多功能厅)
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09:00-09:10
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致辞
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第一场 主持人:
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09:10-09:30
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状态序列驱动的书写过程运动编码模型——王跃明,浙江大学
Human Motor Cortex Encodes Complex Handwriting Through a Sequence of Primitive Neural States – Yueming Wang, Zhejiang University |
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09:30-09:50
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脑机接口与脑疾病康复——金晶,华东理工大学
Brain-Computer Interface and Brain Disease Rehabilitation – Jing Jin, East China University of Science and Technology |
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09:50-10:10
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环状单链DNA的医工交叉探索——宋杰,中科院杭州医学所
Medical Engineering Crossover of CssDNA- Jie Song, Hangzhou Institute of Medicine, Chinese Academy of Science |
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10:10-10:30
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微磁力调控与疾病治疗——成昱,同济大学
Microscale Magnetomechanical Actuation and Disease Treatment- Yu Cheng, Tongji University
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10:30-10:40
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茶歇
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第二场 主持人:
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10:40-11:00
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基于ipsc囊泡的无损光遗传用于阿尔兹海默症的治疗——李斯文,中国药科大学
Nondestructive Optogenetics Based on IPSC Vesicles for the Treatment of Alzheimer's Disease – Siwen Li, China Pharmaceutical University |
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11:00-11:20
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纳米发电机在神经调控领域的应用与展望——封红青,中国科学院大学
Perspectives of Nanogenerator Applications in the Neural Modulation Field – Hongqing Feng, University of Chinese Academy of Sciences |
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11:20-11:40
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非侵入式脑电采集与计算芯片关键技术——程龙龙,中电云脑(天津)科技有限公司
Key Technologies of Non-invasive EEG Acquisition and Computing Chips —Cheng Longlong,China Electronic Cloud Brain (Tianjin) Technology Co ., LTD |
10月20日 下午(地点:石楠+多功能厅)
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主持人:赵鹏飞,首都医科大学附属北京友谊医院
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13:30-13:40
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欢迎致辞——王振常,北京友谊医院
Welcome Speech—Zhenchang Wang, Beijing Friendship Hospital |
13:40-14:10
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磁共振指纹成像技术——庞彦伟,天津大学
Magnetic Resonance Fingerprinting—Yanwei Pang, Tianjin University
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14:10-14:40
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面向磁共振成像的超材料信号增强技术——肖夏,天津大学
Metamaterial Signal Enhancement Technology for Magnetic Resonance Imaging—Xia Xiao, Tianjin University |
14:40-15:10
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基于扩散磁共振的微结构成像技术——吴丹,浙江大学
Diffusion MRI Based Microstructural Mapping—Dan Wu, Zhejiang University |
15:00-15:10
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茶歇 Coffee Break
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主持人:吕晗,首都医科大学附属北京友谊医院
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15:10-15:40
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全数字PET脑成像系统——肖鹏,中国科学技术大学
All Digital-PET for Brain Imaging—Peng Xiao, University of Science and Technology of China |
15:40-16:10
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磁共振快速成像研究进展——王海峰,中科院深圳先进技术研究院
Research Progress of Rapid Magnetic Resonance Imaging—Haifeng Wang, Shenzhen Institute of Advance Technology, Chinese Academy of Science |
16:10-16:40
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医学图像生成方法与应用——王乾,上海科技大学
Medical Image Generation Methods and Applications—Qian Wang, Shanghai Tech University |
16:40-17:00
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讨论、小结——王振常,北京友谊医院
Discussion and Summary—Zhenchang Wang, Beijing Friendship Hospital |
10月21日 下午(地点:石楠+多功能厅)
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主持人:
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13:30-13:55
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麻醉学的脑科学问题——王英伟,复旦大学附属华山医院
Neural Network Mechanisms of General Anesthesia——WANG Yingwei, Shanghai Fudan University Huashan Hospital |
13:55-14:15
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脑机接口系统优化——金晶,华东理工大学
Optimization of Brain-Computer Interface Systems——JIN Jing,East China University of Science and Technology |
14:15-14:35
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主动适配型神经电极的构筑——胡本慧,南京医科大学
Construction of Active Adaptive Nerve Electrode——HU Benhui,Nanjing Medical University |
14:35-14:55
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神经重症多模态监测的思考——谢克亮,天津医科大学总医院
Reflections on Multimodal Monitoring of Neurocritical Illness——XIE Keliang, Tianjin Medical University General Hospital |
14:55-15:10
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茶歇
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15:10-15:35
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基于ECOG的脑肿瘤定位研究:在全麻状态下实时肿瘤实时成像方法——江宁,四川大学华西医院
Research on Brain Tumor Localization Based on ECoG: Real Time Imaging Method of Tumor under General Anesthesia——JIANG Ning, West China Hospital, Sichuan University |
15:35-15:55
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非接触视频健康监测——王文锦,南方科技大学
Contactless Video Health Monitoring——WANG Wenjin, Southern University of Science and Technology |
15:55-16:15
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轻度认知障碍数字疗法研究进展——刘宾,南京医科大学副教授
Research Progress of Digital Therapy for Cognitive Impairment——LIU Bin, Nanjing Medical University |
16:15-16:40
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面向儿童注意缺陷多动障碍的近红外脑电双模态成像方法研究——陈加伐,上海理工大学
Research on fNIRS and EEG Dual-modality Imaging Method for Children with ADHD —— CHEN Jiafa, University of Shanghai for Science and Technology |
16:40-17:05
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神经重症脑疾病诊疗技术新进展——刘秀云,天津大学
New Advances in Brain Disease Diagnosis and Treatments in NICU——LIU Xiuyun, Tianjin University |
10月20日 下午(地点:铃兰+云杉)
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主持人:高会军,哈尔滨工业大学 Huijun Gao, Harbin Institute of Technology 宋爱国,东南大学 Aiguo Song, Southeast University
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13:30-13:55
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基于脑机接口的临场感机器人技术——宋爱国,东南大学机器人传感与控制技术研究所、数字医学工程全国重点实验室 Keynote
Teleoperation Robot Technology Based on Brain-Robot Interface - Song Aiguo, Institute of Robot Sensing and Control, Southeast University; State Key laboratory of Digital Medical Engineering |
13:55-14:15
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微小模式动物精密操作机器人技术——刘新宇,大连理工大学
Robotic micromanipulation of small model organisms – LIU Xinyu, Dalian University of Technology |
14:15-14:35
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智能系统网络协同健康监测的研究与探索——李坚强,深圳大学
Research and Exploration of Intelligent System Network Collaborative Health Monitoring - LI Jianqiang, Shenzhen University |
14:35-14:55
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面向脑科学的机器人化膜片钳技术——赵新,南开大学
Robotic Patch Clamp Techniques for Brain Science - ZHAO Xin, Nankai University |
14:55-15:15
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面向靶向治疗的磁驱动微型机器人——徐天添,中科院深圳先进技术研究院
Research Progress of EUV and X-ray Multilayers - XU Tiantian, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences |
15:15-15:35
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微纳机器人:设计、集群与生物医疗——俞江帆,香港中文大学(深圳)
Microrobotics: Design, Swarm Control and Biomedicine - YU Jiangfan, The Chinese University of Hong Kong, Shenzhen |
人工智能+机器人赋能的血管介入手术与临床实践——周小虎,中国科学院自动化研究所
AI and robotics empower vascular intervention and clinical practice - ZHOU Xiaohu, Institute of Automation, Chinese Academy of Science |
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15:55-16:15
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微纳机器人与细胞手术——戴昌盛,大连理工大学
Micro/nano Robotics and Cell Surgeries - Dai Changsheng, Dalian University of Technology |
16:15-16:35
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类脑运动规划初探——邬霞,北京理工大学
Preliminary Exploration on Brain-inspired Motion Planning - WU Xia, Beijing Institute of Technology |
16:35-16:55
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外骨骼机器人发展与思考——吴新宇,中国科学院深圳先进技术研究院
Development and Reflections on Exoskeleton Robotics – WU Xinyu, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences |
10月21日 下午(地点:雪绒花A厅)
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13:30-13:40
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致辞
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第一场 主持人:禹春梅,蓝翡翠实验室 Chunmei Yu, LFC Laboratory |
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13:40-14:00
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从神经元到行为: 计算模型如何解释决策过程——王丽娜,蓝翡翠实验室
From Neurons to Behaviors: How Computational Models Explain Decision Processes - Lina Wang, LFC Laboratory |
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14:00-14:20
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感觉感知的丘脑机制——苑克鑫,清华大学
Thalamic Mechanisms of Sensory Perception - KeXin Yuan, Tsinghua University |
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14:20-14:40
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全脑神经活动空间的几何结构和维度——温泉,中国科学技术大学
The Geometry and Dimensionality of Brain-wide Activity - Quan Wen,University of Science and Technology of China |
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14:40-15:00
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序列信息加工的神经计算机制研究——弭元元,清华大学
Learning and Processing the Ordinal Information of Temporal Sequences in Recurrent Neural Circuits - Yuanyuan Mi, Tsinghua University |
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15:00-15:20
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探索大脑智能的神经环路机制——徐宁龙,中国科学院脑智中心
Probing the Neuronal Circuits Underlying Brain Intelligence - Ninglong Xu, Ninglong Xu, Chinese Academy of Sciences |
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15:20-15:30
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茶歇
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第二场 主持人:禹春梅,蓝翡翠实验室 Chunmei Yu, LFC Laboratory |
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15:30-15:50
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神经网络中的可塑性与学习机制:生物神经网络与人工神经网络的对比——徐辉,上海交通大学
Plasticity and Learning Mechanisms in Neural Networks: A Comparison of Biological and Artificial Neural Networks - Hui Xu, Shanghai Jiao Tong University |
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15:50-16:10
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生成式AI在视觉研究中的初探——张嘉漪,复旦大学
Application of Generative AI in Vision Research - JiaYi Zhang, FuDan University |
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16:10-16:30
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前扣带回皮层驱动反馈引导的价值迭代和决策转换——韩芸耘,华中科技大学
Anterior Cingulate Cortex Provides the Neural Substrates for Feedback-Driven Iteration of Decision and Value Representation - Yunyun Han, Huazhong University of Science and Technology |
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16:30-16:50
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脑机智能情感识别关键技术研究进展——李阳,北京航空航天大学
Research Progress on Key Technologies of Brain Computer Intelligent Emotion Recognition - Yang Li, Beihang University |
日期
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时间
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活动
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地点
太仓ClubMed地中海白日方舟酒店 |
10月19日
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12:00-20:00
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大会注册报道
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酒店报到台
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10月20日
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09:00-12:00
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一、大会开幕式
二、大会报告
1. 多光子成像前沿技术与脑科学应用探索/Miniature Multiphoton Imaging in Brain Science Research ——程和平(中国科学院院士),北京大学
2. Photoacoustic, Light-Speed, and Quantum Imaging
——Lihong V. Wang(美国工程院院士),加州理工学院(线上)
3.脑神经联系缺陷与严重性脑病/Neural connectivity deficits in severe mental diseases——黄旭枫,澳大利亚伍龙贡大学 4.基于显微操控的类器官再生智能系统/Intelligent micromanipulation system for organoid regeneration——高会军,哈尔滨工业大学 |
三层雪绒花宴会厅
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10月20日
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13:30-17:00
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专题1:神经系统多尺度解析与调控技术
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三层雪绒花A厅
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专题2:抗脑衰老疾病研究和应用
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三层雪绒花B厅
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专题4:脑超清成像
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三层石楠+多功能厅
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专题6:面向生物医学的机器人智能系统
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三层铃兰+云杉
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10月21日
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09:00-12:00
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专题1:神经系统多尺度解析与调控技术
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三层雪绒花A厅
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同期活动:孤独症医-教-康-养干预新模式
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三层铃兰+云杉
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专题3:医工交叉与脑机交互
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三层石楠+多功能厅
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10月21日
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13:30-17:00
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专题7:认知与神经科学
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三层雪绒花A厅
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专题5:神经重症脑疾病机理、诊断及新型治疗手段
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三层石楠+多功能厅
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10月19日-21日
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19日下午,21、21日全天
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展览展示
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三层会场外酒店长廊
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From a global standpoint, life science technologies have been advancing at a rapid pace, specifically in the realm of neuroscience and brain health. The outlook for technology and market opportunities is highly promising. However, the continuous emergence of new research and development challenges requires a departure from conventional methodologies. There is an immediate and pressing demand for cross-sector collaboration and innovative partnerships among government, industry, academia, and research institutions.
The 2024 Brain Science and Photonics Conference will focus on the latest advancements in neuroscientific research. By integrating cutting-edge optoelectronic applications, the conference aims to establish a platform for interdisciplinary exchange. Distinguished international and domestic scholars, research institutions, and medical organizations are invited to participate, bringing together innovative technological achievements and talent projects from both domestic and international sources. Furthermore, industry enterprises, investment institutions, government bodies, and technology parks will be invited to facilitate the translation and implementation of these outcomes. Over a thousand professionals including experts, scholars, innovators, manufacturers, and industry organizations from the Americas, Europe, Australia, Asia, and other relevant regions will gather to discuss the development of the brain health industry ecosystem, exchange the latest scientific and technological achievements, promote the translation and implementation of outcomes in the field, and foster a collaborative ecosystem among government, industry, academia, and research.
Conference Highlights:
A. Gathering International Elite Innovators — Over a thousand esteemed academicians and experts from around the world come together to engage in mutual exchange and share the latest advancements and achievements in global neuroscience and health. This collaborative platform fosters cooperation and partnership between domestic and international industries, promoting synergy and innovation.
B. Interdisciplinary Fusion of Brain Science and Optical Engineering — Driven by the needs of significant neurological disorders, this conference delves into cross-sector collaboration in scientific research, diagnostics and analysis, examinations, and treatments. By leveraging cutting-edge optoelectronic technologies and instruments, it seeks to establish an innovative and highly efficient collaborative model that directly addresses challenges and fosters advancements.
C. Promoting Results Translation and Implementation — Bringing together international research and innovation teams, top-tier clinical medical institutions, industry-leading enterprises, industrial capital and funds, as well as renowned industry organizations and platforms, this conference offers the most up-to-date and direct pathway for translating research outcomes into practical applications within domestic industries. It accelerates the innovation and advancement of local industrial parks, acting as a catalyst for their growth and development.
放眼全球,生命科学技术迅猛发展,特别是在脑科学和脑健康领域,技术和市场前景广阔,而不断涌现的研发新挑战,亟待突破传统模式,迫切需要政产学研跨界融合和创新合作。
由中国光学工程学会联合国际电气与电子工程师学会光子学协会、澳大利亚高科技产业促进会主办的“2024脑科学与光子学大会”于2024年10月19日至21日在太仓举办,将结合最新光电应用技术,搭建横向交流平台。作为“生命科学与光子学”系列活动之一,会议邀请国际国内院士专家、科研院所、医疗机构等参会,汇聚国内外的创新科技成果及人才项目团队。
【会议亮点】
1、国际高端创新人才齐聚一堂——国际国内院士专家千余人共同参会交流,分享全球脑科学与健康最新的技术和成果,促进国内外产业交流合作。
2、脑科学与光学工程交叉融合——以脑科学重大疾病为需求牵引,结合最新光电技术和仪器在科学研究、诊断与分析、检查和治疗等各方面探讨横向合作,直面挑战,形成高效创新的合作新模式。
3、促进成果转化落地——聚集国际科研创新团队、高端临床医学机构、行业龙头企业、产业资本和基金、行业知名组织平台等,为国内相关产业聚集地提供最新、最直接的成果转化“快车道”,推动地方产业园区创新升级。
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