Daisuke Tsuzuki|Ippeita Dan
Spatial registration for functional near-infrared spectroscopy: From channel position on the scalp to cortical location in individual and group analyses
Jichi Medical University|Chuo University|Chuo University|Jichi Medical University
functional nearinfrared spectroscopy fnirs become widely accepted common functional imaging modality order fnirs achieve genuine neuroimaging citizenship would ideally equipped functional structural image analyses however fnirs measures cortical activities head surface without anatomical information object measured review article present methodological overview spatial registration fnirs data overcome technical drawback fnirs first introduce explore use standard stereotaxic space anatomical labeling second explain different ways describing scalp landmarks using 1020 based systems third describe simplest case fnirs data coregistration subjects mri fourth extend concept fnirs data registration group data fifth describe probabilistic registration methods use referencemri database instead subjects mris thus enable mrifree registration standalone fnirs data sixth extend concept probabilistic registration threedimensional image reconstruction diffuse optical tomography seventh describe 3ddigitizerfree method virtual registration fnirs data eighth provide practical guidance techniques implemented software finally provide information current resources limitations spatial registration child infant data technical descriptions stress importance presenting fnirs data common platform facilitate intra intermodal data sharing among neuroimaging community