Cortical Depth & Functional Duty Cycle Dependence of the Initial Dip & Post-Stimulus Undershoot in Humans: A 7 Tesla BOLD Investigation.

Keywords

activation addressing alternatively analyzed appears arise arises array aspects attributable attributed averaging block blocks blue bold capillaries capillary cerebral characterizing coil comparatively components comprised concluding consent consistency consistent constant convolved coronal corrected cortex cortical cortically cycle debated deep deeper deepest dependence dependent depth detailed duration durations duty elevated endures ensure event example faster feature features field finding five flashing flow focus fold fully function functional fundamentally furthermore general humans identified initial insight instance instead inter investigate largely larger largest layers linear local localization localizer location longest made magnification magnitude majority mechanistic medical metabolic mismatch near nearly negative note overall owing paradigms period peripheral peter phenomena positioned positive post precludes prevent pronounced propagation properties radiological radiology rats recent reduced reduction reflect remaining repetition resolution response robust scanned sciences selecting sensitivity sensitizing separate shimming similarly slices spatial stimuli stimulus strength studies suggesting surface surprisingly temporal third tool toward undershoot upstream veins visual volunteers