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近红外脑功能成像系统

发布者:实验与数据中心    发布时间:2021-05-27

仪器名称:无线便携式近红外脑功能成像系统

仪器型号NirSport2

生产厂家:德国NirX

仪器简介:本实验室配备了一套先进的来自德国NirX的型号为NirSport2的无线便携式近红外脑功能成像系统。近红外光学脑成像是一种通过安全的近红外光来评估大脑皮层含氧血红蛋白和脱氧血红蛋白成分变化的功能性近红外光脑成像系统。

• 单台设备可达16光源16探测器,最大支持64光源64探测器; 

• 采样率最大可达240Hz;

• 数据采集模式:USB、Wi-Fi或单体数据采集; 

• 兼容E-prime、matlab、Presentation等刺激呈现软件,支持LSL模式; 

• 支持与EEG、tDCS、眼动、LSL的运动跟踪数据流进行同步使用; 

• 支持hyperscanning、超扫描;

• 支持实时数据处理、BCI和神经反馈; 

• 支持短距离通道模块,数据更加精准; 

• 适用于任何群体的测量帽,设置更方便佩戴更舒适

功能用途: 采用无线式设计可以在更多的场景环境下使用,被试测试时活动的受限程度相当小,确保可以一边接受大脑功能测试一边进行类似日常生活中的活动,全面助力您的科研项目。可用于心理学、认知神经科学、神经管理学等研究方向。总而言之,全新设备拥有众多亮点:无线式、真正意义上的全脑测量、适用环境更广,设置更简单快速且佩戴更为舒适。

放置位置:徐汇校区中院202行为科学实验室

设备相关资料:近红外功能成像系统 https://jbox.sjtu.edu.cn/l/MF371O

相关论文:

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• Liu, X. , &  Hong, K. S. . (2017). Investigate the Visual Merchandising of a Fashion Store Using fNIRS. 36届中国控制会议论文集(G). 

• Kopton, I. M. , &  Kenning, P. . (2014). Near-infrared spectroscopy (nirs) as a new tool for neuroeconomic research. Frontiers in Human Neuroscience,  8.

• Balconi, M. , &  Vanutelli, E. . (2017). Empathy in negative and positive interpersonal interactions. what is the relationship between central (eeg, fnirs) and peripheral (autonomic) neurophysiological responses?. Advances in Cognitive Psychology,  13(1).

• Akir, M. P. ,  Akar, T. ,  Girisken, Y. , &  Yurdakul, D. . (2018). An investigation of the neural correlates of purchase behavior through fnirs. European Journal of Marketing, 52(1).

• Meyerding, S. , &  Mehlhose, C. M. . (2020). Can neuromarketing add value to the traditional marketing research? an exemplary experiment with functional near-infrared spectroscopy (fnirs). Journal of Business Research, 107.

• Shamay-Tsoory, S. G. , &  Mendelsohn, A. . (2019). Real-life neuroscience: an ecological approach to brain and behavior research. Perspectives on Psychological Science, 14(4), 174569161985635.

• Tmcj, A. ,  Dan, F. A. ,  Fsb, B. ,  Rnji, A. ,  Tc, C. , &  Wc, C. . (2021). Seeing it is like touching it: unraveling the effective product presentations on online apparel purchase decisions and brain activity (an fmri study). Journal of Interactive Marketing, 53, 66-79.

• Balconi, M. ,  Gatti, L. , &  Vanutelli, M. E. . (2017). When cooperation goes wrong: brain and behavioural correlates of ineffective joint strategies in dyads. International Journal of Neuroscience, 128(2), 1.

• Tao, L. A. ,  Lian, D. ,  Rdc, D. ,  Mp, E. , &  Czc, D. . (2021). Team-work, team-brain: exploring synchrony and team interdependence in a nine-person drumming task via multiparticipant hyperscanning and inter-brain network topology with fnirs - sciencedirect. NeuroImage, 237. 

• Han, W. ,  Gao, L. ,  Wu, J. ,  Pelowski, M. , &  Liu, T. . (2019). Assessing the brain 'on the line': an ecologically-valid assessment of the impact of repetitive assembly line work on hemodynamic response and fine motor control using fnirs. Brain and cognition, 136(Nov.), 103613.1-103613.9.

• Zhang, M. ,  Liu, T. ,  Pelowski, M. ,  Jia, H. , &  Yu, D. . (2017). Social risky decision-making reveals gender differences in the tpj: a hyperscanning study using functional near-infrared spectroscopy. Brain Cogn, 54.

• Tao, L. ,  Saito, G. ,  Lin, C. , &  Saito, H. . (2017). Inter-brain network underlying turn-based cooperation and competition: a hyperscanning study using near-infrared spectroscopy. Scientific Reports, 7(1).

• Liu, T. ,  Liu, Y. ,  He, W. ,  He, W. ,  Yu, X. , &  Guo, S. , et al. (2016). A passenger reduces sleepy driver's activation in the right prefrontal cortex: a laboratory study using near-infrared spectroscopy. Accid Anal Prev, 95(pt.B), 358-361.