APA

Arshad Q., Nigmatullina Y., Roberts R. E., Goga U., Pikovsky M., Khan S., Lobo R., Flury A., Pettorossi V. E., Cohen-Kadosh R., Malhotra P. A. & Bronstein A. M. (20180202). Perceived state of self during motion can differentially modulate numerical magnitude allocation. : The European journal of neuroscience.

Chicago

Arshad Q, Nigmatullina Y, Roberts R E, Goga U, Pikovsky M, Khan S, Lobo R, Flury A-S, Pettorossi V E, Cohen-Kadosh R, Malhotra P A and Bronstein A M. 20180202. Perceived state of self during motion can differentially modulate numerical magnitude allocation. : The European journal of neuroscience.

Harvard

Arshad Q., Nigmatullina Y., Roberts R. E., Goga U., Pikovsky M., Khan S., Lobo R., Flury A., Pettorossi V. E., Cohen-Kadosh R., Malhotra P. A. and Bronstein A. M. (20180202). Perceived state of self during motion can differentially modulate numerical magnitude allocation. : The European journal of neuroscience.

MLA

Arshad Q, Nigmatullina Y, Roberts R E, Goga U, Pikovsky M, Khan S, Lobo R, Flury A-S, Pettorossi V E, Cohen-Kadosh R, Malhotra P A and Bronstein A M. Perceived state of self during motion can differentially modulate numerical magnitude allocation. : The European journal of neuroscience. 20180202.