Human brain mapping (HBM)is increasingly becoming a multidisciplinary field where some scientific issues are fundamental for all scientists and applications of using the technology to investigate individual difference...Human brain mapping (HBM)is increasingly becoming a multidisciplinary field where some scientific issues are fundamental for all scientists and applications of using the technology to investigate individual differences.Reliability represents a significant issue for all scientific fields and has particularly been overlooked for decades by the HBM field [1].Meanwhile,recent advances in open science have offered the field big data for developing novel methodological frameworks as well as performing largescale investigations of the brain-mind associations based upon the individual differences assessed with HBM [2].A systematic investigation of reliability seems still far behind these HBM developments. It is critical that reliability is evaluated ahead of these applications, motivating the current commentary on delineation of the anatomy of reliability for future HBM.展开更多
The 3rd International Conference on Human Brain Development(ICHBD)was held during October 10–15,2017 in Nanning,Guangxi,China.ICHBD was initiated in 2014 by Drs.Xi-Nian Zuo,Olaf Sporns and Michael P.Milham(co-chairs)...The 3rd International Conference on Human Brain Development(ICHBD)was held during October 10–15,2017 in Nanning,Guangxi,China.ICHBD was initiated in 2014 by Drs.Xi-Nian Zuo,Olaf Sporns and Michael P.Milham(co-chairs),and has been consistently supported by a major international collaboration grant from Natural Science Foundation of China(81220108014).The goal of ICHBD is to bring together international scientists from a展开更多
Functional magnetic resonance imaging（fMRI）is an in-vivo non-invasive technique for measuring brain activity with excellent spatial and good temporal resolution.Without performing explicit tasks,resting-state fMRI（...Functional magnetic resonance imaging（fMRI）is an in-vivo non-invasive technique for measuring brain activity with excellent spatial and good temporal resolution.Without performing explicit tasks,resting-state fMRI（rfMRI）is widely used to map the functional connectivity network（FCN）,which refers to a large-scale network of interdependent or functionally connected brain regions and it could be detected by using different algorithms（Zuo and Xing, 2014）.ciation CAS （2016084）, Guangxi Bagui Scholarship, the Natural Science Foundation of China （81471740, 81220108014）, the Major Project of National Social Science Foundation of China （14ZDB161）, Beijing Municipal Science and Tech Commission （Z161100002616023, Z161100000216152） and the National R＆D Infrastructure and Facility Development Program ＂Fundamental Science Data Sharing Platform＂ （DKA2017-12-02-21）.展开更多
基金supported by the National Basic Research (973) Program (2015CB351702)the Natural Science Foundation of China (81471740)+3 种基金Beijing Municipal Science and Tech Commission (Z161100002616023, Z171100000117012)the China – Netherlands CAS-NWO Programme (153111KYSB20160020)the Major Project of National Social Science Foundation of China (14ZDB161)the National R&D Infrastructure and Facility Development Program of China, ‘‘Fundamental Science Data Sharing Platform" (DKA2017-12-02-21)
文摘Human brain mapping (HBM)is increasingly becoming a multidisciplinary field where some scientific issues are fundamental for all scientists and applications of using the technology to investigate individual differences.Reliability represents a significant issue for all scientific fields and has particularly been overlooked for decades by the HBM field [1].Meanwhile,recent advances in open science have offered the field big data for developing novel methodological frameworks as well as performing largescale investigations of the brain-mind associations based upon the individual differences assessed with HBM [2].A systematic investigation of reliability seems still far behind these HBM developments. It is critical that reliability is evaluated ahead of these applications, motivating the current commentary on delineation of the anatomy of reliability for future HBM.
文摘The 3rd International Conference on Human Brain Development(ICHBD)was held during October 10–15,2017 in Nanning,Guangxi,China.ICHBD was initiated in 2014 by Drs.Xi-Nian Zuo,Olaf Sporns and Michael P.Milham(co-chairs),and has been consistently supported by a major international collaboration grant from Natural Science Foundation of China(81220108014).The goal of ICHBD is to bring together international scientists from a
基金supported by the National Basic Research Program(2015CB351702)the Youth Innovation Promotion Association CAS(2016084)+3 种基金Guangxi Bagui Scholarship,the Natural Science Foundation of China(81471740,81220108014)the Major Project of National Social Science Foundation of China(14ZDB161)Beijing Municipal Science and Tech Commission(Z161100002616023,Z161100000216152)the National R&D Infrastructure and Facility Development Program“Fundamental Science Data Sharing Platform”(DKA2017-12-02-21)
文摘Functional magnetic resonance imaging（fMRI）is an in-vivo non-invasive technique for measuring brain activity with excellent spatial and good temporal resolution.Without performing explicit tasks,resting-state fMRI（rfMRI）is widely used to map the functional connectivity network（FCN）,which refers to a large-scale network of interdependent or functionally connected brain regions and it could be detected by using different algorithms（Zuo and Xing, 2014）.ciation CAS （2016084）, Guangxi Bagui Scholarship, the Natural Science Foundation of China （81471740, 81220108014）, the Major Project of National Social Science Foundation of China （14ZDB161）, Beijing Municipal Science and Tech Commission （Z161100002616023, Z161100000216152） and the National R＆D Infrastructure and Facility Development Program ＂Fundamental Science Data Sharing Platform＂ （DKA2017-12-02-21）.
