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Shanghai Center for Systems Biomedicine

Computational Chemistry Group

Our lab investigates biomolecular recognition mechanisms using computational and experimental approaches for therapeutic discovery.

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Our Research

01.

Protein-DNA Recognition Mechanisms And Dynamics

Investigating how proteins (including DNA repair enzymes like glycosylases, transcription factors, and CRISPR systems) search for, recognize, and interact with specific DNA sequences through integrated computational and experimental approaches.

02.

Immune Recognition And Antigen Presentation

Studying MHC-peptide loading dynamics, TCR-pMHC interactions, and viral envelope glycoprotein conformational changes to advance neoantigen discovery, vaccine design, and immunotherapy development.


03.

Enzyme mechanism elucidation and engineering

Characterizing catalytic mechanisms of diverse enzymes (glycosyltransferases, peptide ligases, and synthases) and engineering their substrate specificity for biocatalysis, drug discovery, and synthesis of bioactive compounds.

A creative representation of a DNA helix using flowers and leaves, symbolizing nature and biotechnology.
A creative representation of a DNA helix using flowers and leaves, symbolizing nature and biotechnology.

Discover Our Journey

Unveiling the Story Behind Da Lab’s Mission and Vision

Darlintai Lab is dedicated to exploring the intricate interactions between proteins and DNA through cutting-edge research and innovative technology, aiming to unravel fundamental biological questions.

Join Us in Pioneering Discoveries Today!

Ready to Explore Breakthroughs Together?

Contact us today to discuss how we can collaborate and advance your research in Computational Biology.

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