brain
This is a guest post by Ning Liu from Stanford University. — For someone who has no imaging background and just began to use fNIRS, s/he might be surprised to find out that the imaging study design is so different with study designs in other fi
本文作者是斯坦福大学刘宁 对于一个近红外初学者，特别是没有任何脑成像背景的初学者，他们往往没有想到脑成像的实验设计和别的学科的实验设计，诸如行为科学或者生物实验等有很大不同。通过一些文献阅读或者相关培
代朋友发布这个培训信息。有兴趣直接联系 [email protected] ———————————————— 近红外成像入门培训 —— 小型私人辅导 专门针对初学者，不需要任何近红外成像
Near infrared spectroscopy (NIRS) is an increasingly popular technology in brain imaging research. Compared to fMRI, NIRS can be used for more naturalistic experiments, including face to face communication, natural body movements, sports, infants, an
David Eagleman was my co-advisor during my Ph.D study in Baylor College of Medicine. He produced a documentary movie last year with BBS addressing an important question “What is reality?” based on advances in neuroscience. I personally fi
Before performing any data analysis, we should check the data quality first. Below are 3 ways to do so. 1. Visual check of the time series The best pattern detector is our eyes and brains! In many cases, if we visually see the data, we know what is w
重庆思影科技有限公司将于2017年10月16日– 2017年10月18日(周一至周三)举办第一届近红外脑功能数据处理培训班（详见课表安排）。欢迎大家前来咨询。 培训班依然坚持小班教学，手把
The following email was sent from Stork to me. Stork is an easy-to-use app to alert me of new scientific publications and NIH grants based on my own keywords. Below are a few grants awarded in the NIRS field. David Boas Awarded Grants Enabling widesp
Below is the experiment script (in MatLab) for our hyperscanning project (“NIRS-based hyperscanning reveals increased interpersonal coherence in superior frontal cortex during cooperation.”). For detailed information please refer to Cui,
