TCM System Biology

 TCM System biology has far advanced our understanding in body-environment dynamics and TCM clinical effectiveness.
 Genes, pathogens, active pharmaceutical ingredients, and the networks between them are critical for homestasis maintenance and disease treatment.

Single-cell Spatiotemperal omics

 Single-cell/spatial omics defines cell states and tissue domains during pathogenesis. Spatial-seq 2.0 is a laser capture microdissection (LCM)-based single-cell resolved spatial transcriptomics that sequences custom selected areas.

AI for Pharmaceutical Sciences

 AI/statistical learning are necessary methods for hypothesis generation and complementary methods when dealing with large amounts of data.

Health Products R&D

 We envision omics-based health products is going to make changes in biological and medical domain, for example, early diagnosis of cancer and local TCM delivery.

| Algorithms & Websites
| Latest News & Publications
1
Our research group published a review titled "Cellular Chemical Field and Cellular Homostasis", on Engineering (IF=10.1).
2024.8.20

2
Zhihao Liu and Xiyun Bian uncovered the role of SENP1 in preventing cardiac fibrosis by paracrine signaling. This study was published on Advanced Science (IF=14.3).
2024.7.19

3
Congratulations! Jingyang Qian and Hudong Bao published scCube, a SRT data simulator that could generate complex tissue structure in an unbiased way, on Nature Communications (IF=14.7).
2024.6.15

4
Congratulations! Chengyu Li and Xin Shao published scRank, a computational method for discovery of drug-responsive populations using single-cell transcriptomes, on Cell Reports Medicine (IF=14.3).
2024.4.7

5
Congratulations! Penghui Yang and Lijun Jin published SpaTrio, which is designed for mapping multi-modal single-cell omics data to spatial locations, on Cell Genomics (IF=8.83).
2023.9

6
Congratulations! Professor Xiaohui Fan was awarded Baostell Excellent Teacher Award.
2022.12

7
Professor Xiaohui Fan was invited to serve as an Editor of Journal of Natural Medicines.
2022.9