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Regulatory Genomics and Human Disease Laboratory

In the regulatory genomics laboratory we use genomic technologies to understand the regulation of cell type, chromatin and human disease.

The New

2026.01 - New Publication: Our latest work on understanding transposable elements in cell biology. This time we look in Hi-C data to understand how TEs modulate 3D structure, and on the way we identify the role of SMARCA4 in  pluripotent stem cells. Read it in Genome Biology. Congrats to Shi Liyang, Xiao Zhen and Zhou Xuemeng!

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2025.12 - Collaboration: Read our work with Huayuan Biology Ltd. on non-coding RNAs associated with diabetes in Macaque in BMC Genomics

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2025.08 - New Publication: Read about our work in assembling the long-read transcriptome in early human development in Nature Communications.

2025.03 - Collaboration: Li Dongwei publishes his new work on cJun in regulating human mesoderm differentiation in Nucleic Acids Research.

2025.01 - Collaboration: Ralf Jauch and co. publish their new work on structural mutations in SOX17 alter OCT4 dimerisation and modulate pluripotency specificity in Stem Cell Reports

2025.01 - New Publication: We publish our new work on the role of HNRNPU and the nuclear matrix and pluripotent control in Nature Cell Biology! Congratulations to Ma Gang, Fu Xiuling and Zhou Lulu. This work was in collaboration with Li Yiming and Li Dongwei.

2024.12 - Graduation: Congratulations to Ma Gang for passing his viva!

Southern University of Science and Technology, Shenzhen, China

© 2017-24

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