APA

Lesser R. P., Webber W. R. S., Miglioretti D. L., Pillai J. J., Agarwal S., Mori S., Morrison P. F., Castagnola S., Lawal A. & Lesser H. J. (20200608). Cognitive effort decreases beta, alpha, and theta coherence and ends afterdischarges in human brain. : Clinical neurophysiology : official journal of the International Federation of Clinical Neurophysiology.

Chicago

Lesser Ronald P, Webber W R S, Miglioretti Diana L, Pillai Jay J, Agarwal Shruti, Mori Susumu, Morrison Peter F, Castagnola Stefano, Lawal Adeshola and Lesser Helen J. 20200608. Cognitive effort decreases beta, alpha, and theta coherence and ends afterdischarges in human brain. : Clinical neurophysiology : official journal of the International Federation of Clinical Neurophysiology.

Harvard

Lesser R. P., Webber W. R. S., Miglioretti D. L., Pillai J. J., Agarwal S., Mori S., Morrison P. F., Castagnola S., Lawal A. and Lesser H. J. (20200608). Cognitive effort decreases beta, alpha, and theta coherence and ends afterdischarges in human brain. : Clinical neurophysiology : official journal of the International Federation of Clinical Neurophysiology.

MLA

Lesser Ronald P, Webber W R S, Miglioretti Diana L, Pillai Jay J, Agarwal Shruti, Mori Susumu, Morrison Peter F, Castagnola Stefano, Lawal Adeshola and Lesser Helen J. Cognitive effort decreases beta, alpha, and theta coherence and ends afterdischarges in human brain. : Clinical neurophysiology : official journal of the International Federation of Clinical Neurophysiology. 20200608.