| - | Absence seizure mice model require T-type calcium channel for expressing SWDs | 송인선; KIM DAE SOO; Choi Soonwook; 박동현; Shin Hee Sup |
| - | Cellular mechanisms for the development of absence seizures in mammals. | Shin Hee Sup; KIM DAE SOO; 송인선; 김양인 |
| - | Comparison of protien profiles in brain tissue lysates of wild type and α1B knockout mice by protein chip arrays and mass spectrometry | LEE JUNG RAN; KIM DAE SOO; Choi Myung Ja |
| - | Control of visceral pains by thalamic burst firings | KIM DAE SOO; 박동현; Choi Soonwook; 선민정; 김찬기; Shin Hee Sup |
| - | Differential protein profiling of lysate from brain tissue of wild type and α 1b knockout mice by protein chip arrays using seldi/ms detection | Choi Myung Ja; LEE JUNG RAN; Kim Myung Soo; 김창기; KIM DAE SOO; Shin Hee Sup |
| - | Role of T-type Ca2+ currents in the pathogenesis of absence seizures | Shin Hee Sup; KIM DAE SOO; 선민정; 송인선; KIM YOUNG IN |
| - | Role of T-type calcium channels in thalamocortical relay of sensory information | KIM DAE SOO; 박동현; Choi Soonwook; 이석찬; 선민정; 김찬기; Shin Hee Sup |
| - | Role of T-type calcium channels in the genesis of absence seizure in the mutant mice for α 1A, the pore-forming subunit of the P/Q-type calcium channel | 송인선; KIM DAE SOO; 전기선; Shin Hee Sup |
| - | Thalamic control of visceral pains mediated by T-type calcium channels.. | KIM DAE SOO; 박동현; Choi Soonwook; 이석찬; 선민정; 김찬기; Shin Hee Sup |
