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News & Events

Awarded a grant from the National Research Foundation of Korea _June 2016

Prof. Jae Man Lee's research proposal (titled in Identifying a novle endocrine signaling pathway to understand transcriptional control of metabolism by nutrient-sensing nuclear receptors) awarded a grant from the National Research Foundation of Korea. (₩ 95,000,000/yr for 3 yrs + ₩ 100,000,000 for the startup money )

Awarded a grant from the Ministry of Health & Welfare_November 2015

Prof. Jae Man Lee's research proposal (titled in molecular understanding of fatty liver diseases via nuclear receptor-mediated autophagy regulation and its therapeutic applications) awarded a grant from the Minstry of Health & Welfare. (₩ 80,000,000/yr for 3 yrs)

Dr. Lee's research highlighted in Nature News & Views_December 2014

Paper published in Nature_November 2014

Autophagy — the process in which a cell digests its own components in organelles known as lysosomes — comes in various forms. A basic form involves recycling nutrients upon starvation to maintain cellular homeostasis, so it is not surprising, that the signalling mediators of nutrient sensing can modulate autophagy in the short-term. We now show that starvation-induced autophagy can also be regulated through long-term transcriptional control. We unveiled a molecular mechanism of how two different nutrient-sensing nuclear recpetors PPARα and FXR coordinate autophagy with opposite transcriptional outputs in a paper published in Nature on the issue of November 12th, 2014 (Nature 516, 112-115).

Dr. Lee's research highlighted in Nature News & Views_June 2011

Paper published in Nature_June 2011

Excess liver fat, or steatosis, is an important risk factor for obesity-associated diabetes. A natural product, dilauroyl phosphatidylcholine (DLPC), has now been identified as a possible antisteatosis agent, with therapeutic potential in pre-diabetic people. DLPC activates the orphan nuclear receptor LRH-1, loss of which decreases bile acid levels. Elevated bile acid is known to decrease steatosis. We showed that acting as an LRH-1 agonist, DLPC decreases hepatic steatosis and improves glucose homeostasis in mouse models of insulin resistance in a paper published in Nature on the issue of June 23rd, 2011 (Nature 474, 506-510)

Contact Info.

 

Jae Man Lee, Ph.D.

Assistant Professor

Department of Biochemistry & Cell Biology

School of Medicine

Kyungpook National University

 

680 Gukchaebosang-ro, Jung-gu

Daegu 41944, Republic of Korea

 

E-mail: jaemanlee@knu.ac.kr

Phone: +82-53-420-4826

Website: http://jmlee0613.wix.com/nrdl-knumed

Dept. of Biochemistry & Cell Biology
KNU School of Medicine
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