work HelixLinkerLab: a automatic pipline for protein linker design An automatic pipline to design de novo helical linkers for protein using structure prediction models and inverse folding Hallucination Co-Design of Protein–RNA Complexes Exploring hallucination and model-inversion strategies for protein–RNA binder design. De novo Helical Linker Design for MBP–DELE1 Fusion Proteins Designing rigid helical linkers to stabilize flexible DELE1 constructs for cryo-EM using RFdiffusion, ProteinMPNN, and AlphaFold3. de novo binder design targeting DELE-1 De novo design binders targeting DELE-1 to inhibit interactions with HRI RFdiffusion-based de novo symmetric protein design De novo design of closed repeat proteins using RFdiffusion, ProteinMPNN, and SuperFold. The work was done in sustech under the supervision of Prof. Zhe Li fun Development of a Device for Producing Air-Discharge Plasma-Activated Mist A magnetic component was developed for the atomization device to magnetize plasma-activated water and enhance the atomization effect.
