T. L. Cochran S. A. / Neurologix Inc. / Vector Laboratories / Olympus / Intracellular Therapies Inc. / K. Schaffnit N. V. / Agilent / R. Rockett S. A. / 6Neurologix Inc. / Med Associates Inc. / Thermo-Electron Corp. / Covance / J. Comp / /
Country
Sweden / United States / /
Currency
pence / / /
Event
FDA Phase / /
Facility
J. P. Dyke / Laboratory of Molecular Neurosurgery / Green bar / Karolinska Institute / Weill Cornell Medical College / University of Texas Southwestern Medical Center / Fort Lee / Cornell University / Rockefeller University / NAcc terminal / /
IndustryTerm
open-field device / automated behavioral analysis software / human functional imaging / treatment of depression / injection site / antifade media / online version / calcium imaging / software extracts / bromophenol blue solution / food hopper / sucrose solution / imaging / automated software / therapy for behavioral disorders / gene products / receptor function using calcium imaging / digital imaging fluorescence microscopy / food intake / /
deep brain stimulation / surgery / Gene Therapy / antidepressant therapies / /
Organization
CNS administration / Transplant Service Center / University of Texas Southwestern Medical Center / Dallas / National Institute of Health / Skirball Foundation / Institutional Review Board / National Alliance for Research / Swedish Royal Academy of Sciences / Institutional Animal Care and Use Committee / Department of Neurological Surgery / Dallas County Medical Examiners Office / Department of Physiology and Pharmacology / Laboratory of Molecular Neurosurgery / Cornell University / Department of Physiology / Rockefeller University / New York / American Association for the Advancement of Science / Department of Defense / Karolinska Institute / Stockholm / Weill Cornell Medical College / /
Person
A. M. Lozano / V / Nat / Alexa Fluor / Gene Ther / W. A. Carlezon Jr. / C. K. Wolkey / V / R. M. Whitlock / D. A. Gutman / J. Chusid / X. Zhang / Pierce Thermo / /
Reversal of Depressed Behaviors in Mice by p11 Gene Therapy in the Nucleus Accumbens Brian Alexander et al. Sci Transl Med 2, 54ra76 (2010); DOI: [removed]scitranslmed[removed]