Dopamine and benzodiazepine-dependent mechanisms regulate the EtOH-enhanced locomotor stimulation in the GABAA α1 subunit null mutant mice von JUNE, Harry L, FOSTER, Katrina L, COOK, James M, HOMANICS, Gregg E, EILER, William J. A, GOERGEN, Joshua, COOK, Jason B, JOHNSON, Nathan, MENSAH-ZOE, Boikai, SIMMONS, Jothan O, JUNE, Harry L, WENYUAN YIN

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Dopamine and Benzodiazepine-Dependent Mechanisms Regulate the EtOH-Enhanced Locomotor Stimulation in the GABAAα1 Subunit Null Mutant Mice: Preclinical Research von June, Harry L, Foster, Katrina L, Eiler, William J A, Goergen, Joshua, Cook, Jason B, Johnson, Nathan, Mensah-Zoe, Boikai, Simmons, Jothan O, June, Harry L, Yin, Wenyuan, Cook, James M, Homanics, Gregg E

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Dopamine and Benzodiazepine-Dependent Mechanisms Regulate the EtOH-Enhanced Locomotor Stimulation in the GABAA [alpha]1 Subunit Null Mutant Mice von June, Harry L, Foster, Katrina L, William J A Eiler II, Goergen, Joshua, Cook, Jason B, Johnson, Nathan, Mensah-Zoe, Boikai, Simmons, Jothan O, June, Harry L, Yin, Wenyuan, Cook, James M, Homanics, Gregg E

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Dopamine and benzodiazepine-dependent mechanisms regulate the EtOH-enhanced locomotor stimulation in the GABAA alpha1 subunit null mutant mice von June, Sr, Harry L, Foster, Katrina L, Eiler, 2nd, William J A, Goergen, Joshua, Cook, Jason B, Johnson, Nathan, Mensah-Zoe, Boikai, Simmons, Jothan O, June, Jr, Harry L, Yin, Wenyuan, Cook, James M, Homanics, Gregg E

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