Electrophysiologic Analysis of Antidepressant Drug Effects on the GABAA Receptor Complex Based upon Antagonist-Induced Encephalographic Power Spectrum Changes

Momoyo Matsubara,Sigeru Suzuki,Kazuya Miura,Masayoshi Terashima,Sotaro Sugita,Hitoshi Kimura,Satoshi Hatsuda,Takao Mori,Hirosuke Murakami,Takuji Hayashi,Tatsuro Ohta,Mitsugi Ohara

Electrophysiologic Analysis of Antidepressant Drug Effects on the GABAA Receptor Complex Based upon Antagonist-Induced Encephalographic Power Spectrum Changes

2000

Momoyo Matsubara
Sigeru Suzuki
Kazuya Miura
Masayoshi Terashima
Sotaro Sugita
Hitoshi Kimura
Satoshi Hatsuda
Takao Mori
Hirosuke Murakami
Takuji Hayashi
Tatsuro Ohta
Mitsugi Ohara

To better understand antidepressant drug effects on the GABAA receptor complex (the GABAA receptor, chloride ionophore and benzodiazepine receptor), we investigated how antidepre

Keywords:

Internal medicine
Psychology
Endocrinology
Drug
Antidepressant
Serotonin
Benzodiazepine
Reuptake inhibitor
GABAA receptor
Pentylenetetrazol
Pharmacology
Receptor
Neuroscience
Antagonist

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