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ABOUT

Hong-Wen Tang

Assistant Professor

Ph.D. 

Institute of Biochemistry, National Taiwan University

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I am currently an Assistant Professor at Duke-NUS. My laboratory was commissioned in December 2020 and has employed molecular, biochemical, and genetic approaches to study the roles of RNA metabolism in muscle homeostasis under different physiological and pathological conditions. In these years, we have built up a strong lab with members having diverse expertise and experience in fly, mouse, and cellular work.​
 

- Harvard Medical School, Postdoctoral fellow, RNA metabolism, 2014-2020
- Human Frontier Science Program (HFSP) fellow, 2015
- Assistant Professor, Cancer & Stem Cell Biology Program, Duke-NUS Medical School,2020-present

- Adjoint Principal Investigator, Division of Cellular and Molecular Research, National Cancer Center Singapore, 2021-present

OUR TEAM

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Kah Yong Goh

Research Fellow

Ph.D.

University of Alabama (UAB), Birmingham

During my graduate studies, I investigated how mitochondrial dysfunction and oxidative stress drive pathogenesis in cardiovascular disease. After graduation, I pursued my first post-doctoral fellowship at National Cancer Center Singapore (NCCS) to study the effects of targeted therapies on cancer. Currently, I'm researching the role of autophagy during tumorigenesis and am inspired to develop new therapeutic strategies targeting cancer. 

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Gopal Krishnan Priyadarshini 

Research Fellow

Ph.D. 

The University of Western Australia, Perth

My Phd research was based on identifying Rab proteins as potent regulators of the PI3K/mTOR signalling axis and regulating these Rab proteins to reverse the cancerous phenotype in aggressive breast cancer. I have a keen interest in signalling mechanisms and am currently working on uncovering new regulators in both sarcopenia and cancer cachexia, utilizing Drosophila and mouse as model system 

Qian Gou

Research Fellow

Ph.D. 

Jiangsu University, China

In my PhD study, I identifed that ING4 acts as an autophagy receptor to induce PD-L1 autophagic degradation and inhibits NSCLC tumor immune escape. My present project is to investigate the regulative mechanism of autophagy and muscle aging.

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Wen Xing Lee

Phd Student

Ph.D. (In Progress)

Duke-NUS Medical School, Singapore

I am currently a graduate student in the lab. Prior to joining the lab as a student, I worked in this lab as a research assistant and my main project focused on identifying regulators of muscle atrophy during the process of aging. I am really interested in tissue-tissue crosstalks, and for my PhD work, I will be understanding regulators of muscle atrophy during the process of ageing as well as during cancer cachexia. 

Lim Zhuo Han Jerome

Research Assistant

Bachelor

University of Melbourne, Australia

In my undergraduate studies, I investigated the pathophysiological effects of vesicular zinc on the cardiovascular system. At present, I am working on uncovering potential regulators of sarcopenia in both flies and mammals. Given my interest in biological sciences, I strive to contribute valuable knowledge to the scientific community.

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Priscillia Choy

Research Assistant

Bachelor (Hons)

International Medical University (IMU), Malaysia

Research is interesting and challenging, but I always enjoy myself during the experiments as it allowed me to gain deeper understanding on the molecular biology. My current project is focusing on the identification of novel regulators controlling muscle stem cells in sarcopenia and  I am excited to be a part of an adventure that will change the face of the future.

Visiting research fellow

Assistant Professor Dr Wang Hua Xin

University of Jinan, Shandong (China)

Research internship student

Lewin Raymarc Roldan Turqueza

National University of Singapore (NUS) 

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