臧梦维: 营养调控新型传感通路对糖尿病的影响

2016年6月3日至5日，由南京大学医学院附属鼓楼医院主办的“2016南京大学内分泌代谢论坛”在南京召开。来自全国各地的内分泌代谢专家齐聚一堂，共同探讨内分泌代谢领域的热点问题，并就领域内最新进展作了相关报告。

臧梦维教授

家庭医生在线编辑从现场了解到，现正在美国加州做研究的臧梦维教授出席了本次论坛，并作主题为《营养调控新型传感通路对糖尿病的影响》的精彩报告。

现场主持人

中国医科大学附属第一医院内分泌科主任单忠艳教授和华中科技大学附属同济医院内分泌科主任余学锋教授为此部分讲座的现场主持人。

臧梦维教授 现场作报告

专家简介：

Current Position：

Tenured Associate Professor of Molecular Medicine

Barshop Institute for Longevity and Aging Studies

University of Taxes Health Science Center at San Antonio

Postdoctoral Training

2000-2003

Postdoctoral Fellow in Diabetes and SignalTransduction

Diabetes Research Unit， Boston University School ofMedicine， Boston， MA

1998-1999

Postdoctoral Fellow in Gastroenterology andPharmacology The Center for Basic Research in

Digestive Diseases， Division of Gastroenterology andHepatology， Mayo Clinic College of Medicine，

Rochester， MN

Academic Appointments

2016-present

Tenured Associate Professor of MolecularMedicine， Barshop Institute for Longevity and Aging Studies， Department of Molecular Medicine，University of TaxesHealth Science Center at San Antonio， TX。

2011-2016

Associate Professor of Medicine， Department ofMedicine， Boston University Schoolof Medicine， Boston， MA。

Research Projects

1。 To seek novel nutrient sensing pathways involved inthe regulation of lipid metabolism and energy homeostasis using

nutritionally challenged models， metabolic disease mousemodels， genetically modified mouse models， pharmacologically

treated mouse models， and cell/molecular biology。 Currentefforts are focused on the molecular mechanism （s） by which

vitamin A-related retinoic acid receptors and thehepatocyte-derived hormone FGF21 regulate metabolic homeostasis and

how this regulation affects the progression of type 1diabetes and obesity-induced type 2 diabetes。

2。 To identify the regulation and function of masternutrient sensors and characterize their therapeutic potential on nonalcoholic

fatty liver disease。 Current efforts are focused on therole of SIRT1， AMP-activated protein kinase， and FGF21 in

the regulation of hepatic lipogenesis， endoplasmicreticulum stress， autophagy， and inflammation in non-alcoholic fatty

liver disease。

3。 To define the molecular mechanisms underlying thepathogenesis of alcoholic fatty liver disease。 Current efforts are

focused on the role of mTOR complex1 in the developmentof alcoholic fatty liver disease。

4。 To elucidate the pathological mechanism（s） responsiblefor vascular metabolic stress and atherosclerosis in type 1 and

type 2 diabetes。

Awards and Honors

2016 Wing Tat Lee Faculty Research Award by the Dean ofBoston University School of Medicine

2015 American Diabetes Association Basic Science Award

2011 Wing Tat Lee Faculty Research Award by the Dean ofBoston University School of Medicine

2009 Robert Dawson Evans Junior Faculty Merit Award，Department of Medicine， Boston University School of Medicine

2006 Travel Award of the 4th International Symposium onAMP-activated protein kinase （FASEB Research Conference）

2000 The Third Place of Outstanding Research Award forProgression in Science and Technology

by Beijing People's Government in China

2016南京大学内分泌代谢论坛现场

>>>>更多详细内容、现场实况请点击家庭医生在线专题报道：2016年南京大学内分泌代谢论坛成功举办

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