New cross-linker tools with non-specific residue reactivity for protein structural study through cross-linking mass spectrometry

Presented by

SER Zheng P.h.D.

A*STAR Institute of Molecular & Cell Biology (A*STAR IMCB), Singapore

Covered in this Webinar

Discover how novel BFPA cross-linkers enable unrestricted, "any-to-any" residue cross-linking across all twenty natural amino acids.

Explore how these innovative tools overcome the limitations of standard lysine-reactive cross-linkers to significantly expand XLMS coverage.

Learn how BFPA successfully identified new interacting sites in human importin and dengue protein complexes for high-resolution structural modelling.

Discover how integrating Twist Clonal Genes into your workflow can streamline and accelerate the validation of your AI protein engineering pipelines.

Join us for an engaging webinar where we explore the latest advancements in cross-linking mass spectrometry (XLMS) for protein structural studies. Discover how researchers are overcoming traditional analytical bottlenecks by developing novel homobifunctional photo-activatable (BFPA) cross-linkers capable of unrestricted, "any-to-any" residue cross-linking across all twenty natural amino acids.

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New cross-linker tools with non-specific residue reactivity for protein structural study through cross-linking mass spectrometry

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