Research Institute / Central South University / Catholic University of Korea / University of SeoWon / National Cancer Institute / College of Pharmacy / Hormel Institute / National University / South University / Hospital of North Sichuan Medical College / XiangYa Hospital / University of Minnesota / The Hormel Institute / Seoul National University / /
IndustryTerm
natural product / lung cancer prevention / e-phenylethenyl / in vitro systems / treatment of colon cancer / /
MedicalCondition
solar UV-induced skin carcinogenesis / colorectal cancer / metastasis / skin cancer / human cancers / colon cancer / 6CEPN also effectively suppressed tumor / breast carcinomas / inhibited cancer / breast cancer / cancers / tumor / cancer / disease / carcinogenesis / human colorectal carcinogenesis / solar ultraviolet radiation-induced skin cancers / triple negative breast cancer / lung cancer / /
MedicalTreatment
chemoprevention / chemotherapy / radiation / /
Organization
National Cancer Institute / 2Central South University / Changsha / College of Pharmacy / 2Cancer Research Institute / University of SeoWon / XiangYa Medicine School / Central South University / Changsha / 5Tumor Microenvironment Global Core Research Center / 1The Hormel Institute / Hormel Institute / Seoul National University / Seoul / School of Convergence Bioscience and Technology / XiangYa Hospital / 3Kyungpook National University / Catholic University of Korea / 4The Hormel Institute / 2The Hormel Institute / 1Affiliated Hospital / North Sichuan Medical College / University of Minnesota / 3Hormel Institute / Center for Laboratory Animal Resources / /
Person
Myoung Ok Kim / Ann M. Bode / Yong-Yeon Cho / Alyssa Langfald / Tatyana A. Zykova / Myoung Ok / Wei-Ya Ma / Hyun Lee / Xiang Li / Dong Hoon Yu / Jun Nterminal / /
Position
breast cancer cells Author / Author / phosphorylation Author / ubiquitination and activation Author / reporter / /
Presentation Title: Antioxidants decrease the apoptotic effect of 5-Fu in colon cancer by regulating Src-dependent caspase-7 phosphorylation Author Block: