Sensitization of Cancer Cells through Reduction of Total Akt and Downregulation of Salinomycin-Induced pAkt, pGSk3β, pTSC2, and p4EBP1 by Cotreatment with MK-2206

por Choi, Ae-Ran, Kim, Ju-Hwa, Yoon, Sungpil
Publicado 2014

Corrigendum to “Sensitization of Cancer Cells through Reduction of Total Akt and Downregulation of Salinomycin-Induced pAkt, pGSk3β, pTSC2, and p4EBP1 by Cotreatment with MK-2206”...

por Choi, Ae-Ran, Kim, Ju-Hwa, Yoon, Sungpil
Publicado 2015

Lower Salinomycin Concentration Increases Apoptotic Detachment in High-Density Cancer Cells

por Kim, Ju-Hwa, Kim, Tae Young, Kim, Hyung Sik, Hong, Suntaek, Yoon, Sungpil
Publicado 2012

Low Amount of Salinomycin Greatly Increases Akt Activation, but Reduces Activated p70S6K Levels

por Kim, Ju-Hwa, Choi, Ae-Ran, Kim, Yong Kee, Kim, Hyung Sik, Yoon, Sungpil
Publicado 2013

Meta-Analysis of Large-Scale Toxicogenomic Data Finds Neuronal Regeneration Related Protein and Cathepsin D to Be Novel Biomarkers of Drug-Induced Toxicity

por Kim, Hyosil, Kim, Ju-Hwa, Kim, So Youn, Jo, Deokyeon, Park, Ho Jun, Kim, Jihyun, Jung, Sungwon, Kim, Hyun Seok, Lee, KiYoung
Publicado 2015

Correction: Meta-Analysis of Large-Scale Toxicogenomic Data Finds Neuronal Regeneration Related Protein and Cathepsin D to Be Novel Biomarkers of Drug-Induced Toxicity

por Kim, Hyosil, Kim, Ju-Hwa, Kim, So Youn, Jo, Deokyeon, Park, Ho Jun, Kim, Jihyun, Jung, Sungwon, Kim, Hyun Seok, Lee, KiYoung
Publicado 2016

Integrated pharmaco-proteogenomics defines two subgroups in isocitrate dehydrogenase wild-type glioblastoma with prognostic and therapeutic opportunities

por Oh, Sejin, Yeom, Jeonghun, Cho, Hee Jin, Kim, Ju-Hwa, Yoon, Seon-Jin, Kim, Hakhyun, Sa, Jason K., Ju, Shinyeong, Lee, Hwanho, Oh, Myung Joon, Lee, Wonyeop, Kwon, Yumi, Li, Honglan, Choi, Seunghyuk, Han, Jang Hee, Chang, Jong Hee, Choi, Eunsuk, Kim, Jayeon, Her, Nam-Gu, Kim, Se Hoon, Kang, Seok-Gu, Paek, Eunok, Nam, Do-Hyun, Lee, Cheolju, Kim, Hyun Seok
Publicado 2020