Browsing byAuthorYUNE TAE YOUNG
Showing results 1 to 19 of 19
| Issue Date | Title | Author(s) |
|---|---|---|
| - | 17 beta-estradiol reduces apoptotic cell death and increases functional recovery after spinal cord injury | YUNE TAE YOUNG; M.J. Jang; Sangmi Lee; Sunja Kim; H. Rhim; Y.C. Kim; Y.J. Oh; George J. Markelonis; T.H. Oh |
| - | 17β-estradiol increase neuron survival and functional recovery after spinal cord injury | YUNE TAE YOUNG; Sangmi Lee; Sunja Kim; Younjung Yuk; Ji Eun Yune; Do Whan Park; Hae Jung Kong; Young-Kyu Lee; OH TAE HWAN |
| - | BRC001; A novel non-viral gene delivery system. | YUNE TAE YOUNG; 이선우; 김태우; 김영희; BAE EUN HEE |
| - | Cationic lipid emulsion | 이선우; YUNE TAE YOUNG; BAE EUN HEE; YONG-HEE KIM; Kwon Ick Chan; Seung-yong Seong; 최영욱; Jeong Seo Young |
| - | Cationic lipid emulsion as a gene delivery system | 이선우; YUNE TAE YOUNG; BAE EUN HEE; YONG-HEE KIM; Kwon Ick Chan; Seung-yong Seong; 최영욱; Jeong Seo Young |
| - | Expression of functional V-erbB oncoprotein in baculoviral system. | YUNE TAE YOUNG; Michael Hayman; Kong Yoon; BAE EUN HEE |
| - | Minocycline, anti-inflammatory drug, reduce apoptotic cell death and improve functional recovery following spinal cord injury | Snagmi Lee; YUNE TAE YOUNG; Sunja Kim; Do Whan Park; Hae Jung Kong; Younjung Yuk; Young-Kyu Lee; Ji Eun Yune; OH TAE HWAN |
| - | Minocycline, anti-inflammatory drug, reduce apoptotic cell death and improve functional recovery following spinal cord injury | Snag-Mi Lee; YUNE TAE YOUNG; Sun-Ja Kim; Y.C. Kim; Y.J. Oh; G.J. Markelonis; T.H. Oh |
| - | Mitochondrial isocitrate dehydrogenase-overexpressing SH-SY5Y cells is resistant to staurosporine-induced apoptotic cell death.. | Sun J. Kim; YUNE TAE YOUNG; Sang M. Lee; Ching T. Han; Young C. Kim; Young J. Oh; George J. Markelonis; Tae H. Oh |
| - | Nitric oxide induced by tumor necrosis factor-α mediates apoptosis following traumatic spinal cord injury | YUNE TAE YOUNG; 장미정; kim sunja; 신영희; LEE YOUNG BOK; Rhim Hyewon; 김영중; Ching Taek Han; OH TAE HWAN |
| - | Phsophorylation of Akt and neuron survival after spinal cord injury | Younjung Yuk; YUNE TAE YOUNG; Ji Eun Yune; Sangmi Lee; Sunja Kim; Do Whan Park; Hae Jung Kong |
| - | Possible involvement of C-jun N-terminal kinase (JNK) and P38 Mapk pathways in apoptosis after spinal cord injury | kim sunja; YUNE TAE YOUNG; 장미정; S. Park; Y. Shin; Rhim Hyewon; BAE EUN HEE; G. Markelonis; OH TAE HWAN |
| - | Role of reactive oxygen species and the antioxidant enzymes, Cu++-dependent and Mn++-dependent superoxide dismutase, in apoptosis after spinal cord injury | 장미정; YUNE TAE YOUNG; kim sunja; Rhim Hyewon; George J Markelonis; OH TAE HWAN |
| - | Role of reactive oxygen species and the antioxidant enzymes, Cu2+-dependent and Mn2+-dependent superoxide dismutase, in apoptosis after spinal cord injury | 장미정; YUNE TAE YOUNG; S. Park; kim sunja; Y. Shin; Rhim Hyewon; BAE EUN HEE; G. Markelonis; OH TAE HWAN |
| - | Role of tumor necrosis factor-α in neuronal and glial apoptosis after spinal cord injury | BAE EUN HEE; YUNE TAE YOUNG; 신영희; Rhim Hyewon; OH TAE HWAN |
| - | Screening and characterization of modulated genes after spinal cord injury | Do Whan Park; YUNE TAE YOUNG; Sangmi Lee; Sunja Kim; Younjung Yuk; Hae Jung Kong; Young Kyu Lee; Ji-Eun Yune; OH TAE HWAN |
| - | Spinal cord regeneration | YUNE TAE YOUNG |
| - | Spinal cord regeneration : reactive gliosis and neuronal apoptosis after traumatic injury | YUNE TAE YOUNG; 신영희; 장미정; PARK SUNG HEE; kim sunja; Rhim Hyewon; BAE EUN HEE; OH TAE HWAN |
| - | TNF-α mediated signaling pathway in apoptosis after spinal cord injury-NO as an effector | YUNE TAE YOUNG; 신영희; 장미정; S. Park; kim sunja; LEE YOUNG BOK; Rhim Hyewon; BAE EUN HEE; 김영중; G. Markelonis; OH TAE HWAN |
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