Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator
➤ Gửi thông báo lỗi ⚠️ Báo cáo tài liệu vi phạmNội dung chi tiết: Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator
Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator
Regulation of Energy Homeostasis:Roles of FoxOl in DopaminergicNeurons and Characterization of GallicAcid as an AMPK ActivatorDoan Van KhanhDepartment Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator t of Global Medical ScienceThe Graduate SchoolYonsei UniversityRegulation of Energy Homeostasis:Roles of FoxOl in Dopaminergic Neurons and Characterization of GallicAcid as an AMPK ActivatorDirected by Professor Ki Woo KimA Doctoral DissertationSubmitted to the Department of Global Medical Science, Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator The Graduate School of Yonsei UniversityIn partial fulfillment of the requirements for the degree ofDoctor of PhilosophyDoan Van Khanh42339This certifRegulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator
ies that the Doctoral Dissertation of Doan Van Khanh is approved.Yangsik Jeong, Ph.D.: Thesis Committee MemberThe Graduate SchoolYonsei University4233Regulation of Energy Homeostasis:Roles of FoxOl in DopaminergicNeurons and Characterization of GallicAcid as an AMPK ActivatorDoan Van KhanhDepartment Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator his friendship during my graduate study in Yonsei University Wonju College of Medicine. It has been an honor to be his first Ph.D. student. His mentorship was paramount in providing a great experience in the field of biomedical science. He has supported me by providing not only research guidance bu Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator t also academic and emotional encouragement through the rough journey of the Ph.D program.I am also gratefill to Dr. Yun-Hee Choi tor her great guidanRegulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator
ce and suggestions in getting experimental designs and professional techniques. I wish to acknowledge Professor Jae Won Choi and Professor Chang Mann Regulation of Energy Homeostasis:Roles of FoxOl in DopaminergicNeurons and Characterization of GallicAcid as an AMPK ActivatorDoan Van KhanhDepartment Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator take this opportunity to express my heartfelt gratitude to all the members of Department of Pharmacology. These friends and co-workers were of much assistance and theừ humorous and friendly nature provided helped me easily overcome somewhat stressfill laboratory environment.My special thanks are ex Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator tended to the members of my doctoral committee. Professor Kyu Sang Park, Professor Yangsik Jeong, Professor Seung-Kuy Cha and Professor Won-Gil Cho, fRegulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator
or their accessibility, valuable inputs and suggestions.I would also like to thank the International Associations of Graduate Students in Wonju CollegRegulation of Energy Homeostasis:Roles of FoxOl in DopaminergicNeurons and Characterization of GallicAcid as an AMPK ActivatorDoan Van KhanhDepartment Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator inah M. Wairagu, the former and senior Ph.D. student ill Department of Biochemistry, for her technical training and her great help on editing my thesis.Finally, I wish to thank my wife, my son, my parents for their support, encouragement, and unwavering love during the past three years of my oversea Regulation of energy homeostasis roles of foxo1 in dopaminergic neurons and characterization of gallic acid as an ampk activator studying.December20"' 2015Doan Ĩ ’an KhanhTABLE OF CONTENTSLIST OF FIGURES..............................................viiRegulation of Energy Homeostasis:Roles of FoxOl in DopaminergicNeurons and Characterization of GallicAcid as an AMPK ActivatorDoan Van KhanhDepartmentRegulation of Energy Homeostasis:Roles of FoxOl in DopaminergicNeurons and Characterization of GallicAcid as an AMPK ActivatorDoan Van KhanhDepartmentGọi ngay
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