TBSS May Be Sub-Optimal for Detection of DTI Parameter Changes in Crossing Fiber Regions

Keywords

according ages aligning alignment alternative analyses anatomical applied architecture audience brain bundles carried children choice cluster computed considered consisted consisting coordinate corpus correct corrected correction correlation correlations cortical cost courses covering creating crossing datasets deemed describing detection developing developmental diffusion dropout eddy efficiency efficient enter expected extent eyes fact family fiber fibers filter finally finding fixed full functional generates genetic global gradient gray hence human hypothesis hypothesized imperfect indicating inspection integration intersection involved involves issues just likely major maps matrix measure minutes motion must native network normalization onto optimal option outside overlaid participant participants pathways performance permutation popular power predominantly previously probability procedure projection published radiologic radiology random reached recommended registered removal residual resting risk routines runs scanner scheme sense session significance since skeleton slice space spatial spatially statistical statistics status strategy subject subsequent sufficient suggested superior target template threshold together topology tract transformation transformed typically verified visual weeks white whole