On May 24, 2014, the National Key Basic Research and Development Program of China (973 Program) "Insights into the pathogenesis and research of new diagnosis and treatment strategies of systemic lupus erythematosus" was officially launched at Hengshan Hotel in
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During this kick-off meeting, Professor Shen Nan first introduced background, key scientific issues, topics set, main contents as well as the participating organizations of this project and answered questions from the experts. According to him, autoimmune disease is a neglected common chronic disease that causes death and disability. The prevalence rate of systemic lupus erythematosus (SLE) as a prototype autoimmune disease is 1 ‰ in China, which is 8-10 times than that in Western Caucasian populations, makes our country a veritable "lupus kingdom". Current clinical problems mainly come from two aspects: First, the lack of effective biomarkers to guide clinical treatment; Second, the lack of specific immune intervention therapy. This 973 program is intended to focus on key points in the pathogenesis of lupus, depth the genetic and epigenetic modification as well as immune and inflammatory regulation mechanisms in the pathogenesis of SLE and clarify their cellular and molecular mechanisms. Especially, this project is expected to establish molecular classification of the disease, specific biomarkers systems correspondent to the degree of disease activity and early warning indicators of disease before it causing irreversible tissue damage. The project also aims to establish specific drug efficacy evaluation system and new effective treatment strategies specific to important organ involvement, clarify molecular mechanisms of important organ involvement in lupus disease, screen new drug targets and lay the foundation for the early diagnosis, immune intervention through specific targets and personalized treatment of SLE. Completion of this project will obtain innovative achievements in pathogenesis, molecular diagnosis and interventions of lupus disease with independent intellectual property rights as well as the international leader level in similar studies. It will improve the level of both basic research and clinical diagnosis of lupus disease in
In the afternoon, Professor Cui Yong from Anhui Medical University, Professor Shen Nan from Renji Hospital, Professor Du Changsheng from Tongji University, Professor Zhang Xiaoming from Institut Pasteur of Shanghai Chinese Academy of Science, Professor Wang Honglin from Institute of Immunology at SJTU School of Medicine and Professor Zuo Jianping from Shanghai Institute of Pharmaceutical Research reported separately as principal investigators of 973 sub-projects. The participating experts gave full questions and discussions on the implementation of this project.
It is reported that this project for five years will receive a total of nearly 28 million funding support from Ministry of Science and Technology. The formidable lineup of its research team is composed of 22 key members from more than 10 organizations in multidisciplinary field containing rheumatology, immunology, genetics, molecular biology and others.
As one of the first established department of Rheumatology and the first agency to study SLE in our country, Department of Rheumatology of
Shen Nan, learned from Professor Chen Shunle, was committed to study the pathogenesis and targeted therapy for SLE. In recent years, through a variety of strategies including functional genomics, cellular and molecular immunology, his research on critical pathogenic pathways of SLE obtained a series of significant progress and achieved important influence in the world. The results have important implications for improving the diagnosis and treatment of SLE in our country. He was the first to discover the abnormal activation of the type I interferon pathway in lupus patients as a major molecular phenotype. And on the basis of this, he established a new biomarker analysis system to evaluate the clinical classification of lupus subsets as well as drug efficacy. His studies also systematically elaborated cellular and molecular mechanisms underlying immune pathological damage in lupus by excessive activation of the typeⅠinterferon pathway, revealed genetic mechanisms of abnormal activation of typeⅠ
interferon pathway and clarified the important role of miRNA in regulation of key pathogenic pathways in lupus. He has published 56 SCI papers in journals such as Nature Medicine, Plos genetics, Blood, J Immunol, PNAS, with total SCI impact factor of 298.409 and total SCI citation frequency of 1170. He was awarded the National Outstanding Youth Fund in 2010.