Metabolism is the collective term for chemical reactions within organisms and is one of the fundamental characteristics of life.

Metabolic disorders are closely associated with major diseases such as diabetes, cardiovascular diseases, fatty liver, obesity, cancer and dementia. Changes in metabolites can directly reflect the physiological and pathological states of organisms, and the analysis of abnormal changes in human metabolic products, or biomarkers, is gradually becoming one of the bases for diagnosing major diseases.

Metabolomics primarily studies the content, distribution and dynamic changes of small molecule metabolic products within living organisms. It is an important technological approach at the omics level for studying the molecular mechanisms, especially the metabolic regulatory mechanisms, of diseases.

Chairs

Zhu Zhengjiang

Researcher, Shanghai Institute of Organic Chemistry, Chinese Academy of Sciences (CAS)

Tang Huiru

Professor, Fudan University

Invited speakers & reports

Tang Huiru

Professor, Fudan University

Report: Quantitative metabolomics techniques and new discoveries

He Jiuming

Researcher, Institute of Materia Medica, Chinese Academy of Medical Sciences

Report: Technological innovations in mass spectrometry imaging spatial metabolomics and their biomedical applications

Ma Xiaoxiao

Associate professor, Tsinghua University

Report: Advancements and applications of spatial structural lipidomics techniques

Feng Suihan

Researcher, Shanghai Institute of Immunity and Infection, CAS

Report: Development and application of subcellular-level metabolic tracing techniques

Zhu Zhengjiang

Researcher, Shanghai Institute of Organic Chemistry, CAS

Report: Mass spectrometry-based precision metabolomics techniques and applications

Zheng Xiaojiao

Researcher, Shanghai Jiao Tong University School of Medicine

Report: The role of bile acids and gut microbiota in metabolic diseases

Shen Xiaotao

Assistant professor, Nanyang Technological University

Report: Nonlinear dynamic changes during human aging revealed in multi-omics profiles

Huang He

Fudan University

Report: The impact of excessive fructose intake on cardiac metabolism

Yang Hongbo

Peking Union Medical College Hospital

Report: High-coverage targeted lipidomics reveals novel profile of serum lipid dysregulation in adult growth hormone deficiency