Cerebral blood flow predicts differential neurotransmitter activity
Juergen Dukart(Roche (Switzerland)), Fabio Sambataro(Roche (Switzerland)), Alessandro Bertolino(University of Bari Aldo Moro), Céline Risterucci(Roche (Switzerland)), Lauren Boak(Roche (Switzerland)), Scott Schobel(Roche (Switzerland)), Peter C.T. Hawkins(King's College London), David Nutt(Imperial College London), Mitul A. Mehta(King's College London), G.D. Honey(Roche (Switzerland)), Emilio Merlo‐Pich(Roche (Switzerland)), Fernando Zelaya(King's College London), Steven Williams(Wellcome Centre for Human Neuroimaging), Christopher H. Chatham(Brown University), Daniel Umbricht(Centre for Addiction and Mental Health), Anna Forsyth(University of Auckland), Štefan Holiga(Roche (Switzerland)), Thomas T. Liu(University of California San Diego), Rebecca McMillan(University of Auckland), Anne Lingford‐Hughes(Imperial College London), Martin P. Paulus(Universität Trier), Gregory G. Brown(University of California San Diego), Suresh Muthukumaraswamy(University of Auckland), Jim Myers(Imperial College London), Joerg F. Hipp(Roche (Switzerland))
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