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Abstract #0793

Innovations in Multi-Modal Imaging for Mapping a Comprehensive Human Connectome

Kamil Ugurbil, Ph.D.

 

 

Keywords

accelerated accurately achieve achieved achieving acquisition advances aided aims allowed allowing ameliorate among amplitude analyses applications approaches architecture attain audience behavioral brain bundles clarity complemented complex component comprehensive compromising connections connectivity consortium correction coupling coverage currently decay dependent describe determined developed development developments diffusion disease distortion dynamics effort encoding equally evaluate expected exploited fiber field finer fluctuations frontier function functional gains genetic goal gradients gray greater growing health heath highlights human identify imperative improved improvements in vivo infer initiated innovations insights institutes intensive involving isotropic larger latter lecture locations many mapping methodological minimizing modal motion name networks neural noise novel objectives ongoing optimization orientation outcome overcome oxford pathways period permit permitted piloting processing project protocol realizing reconstruction reduce relationships resolution resting revealed sampling scale series shell siblings significantly slice spatial specialty studies subjects subsequent success support systematic target task temporal together towards twice twin underlying understanding unit volume white whole years yield yielding