With the development of high-throughput single-cell transcriptomics technologies in the past decade, a large number of single-cell transcriptomic data on tissues of various species have been detected.

Besides the diversity of cells, the composition of organs includes the orderly distribution of cells’ spatial positions, transcriptional regulation at the genome level and the function of protein levels, which cannot be shown in traditional single-cell transcriptomic data. Therefore, the application of multiomics technology plays a significant role in understanding the development and working mechanism of living organisms and diseases.

Innovations in detection technologies and data analysis of single-cell multiomics have led to the advancement of new technologies and tools. They are playing an increasingly important role in developmental regulation, organ functions, disease mechanisms and precision medicine and empowering basic research in life sciences, analysis of clinical and pathological mechanism and optimization of treatment schemes.

Chairmen

Wang Xiaoqun

Research fellow, Beijing Normal University

Tang Fuchou

Research fellow, Peking University

Invited speakers & reports

Xue Tian

Professor, University of Science and Technology of China

Report: TBD

Wu Chen

Professor, Peking Union Medical College

Report: TBD

Li Xiaoming

Professor, Zhejiang University

Report: TBD

Liu Bing

Professor, Academy of Military Medical Sciences

Report: TBD

Wang Jianbin

Professor, Tsinghua University

Report: TBD

Dong Ji

Research fellow, Guangzhou Lab

Report: Decoding the molecular mechanisms of ultrasound perception in the bat auditory cortex