A Chinese Academy of Sciences computing institute in Beijing spanning computer systems, networks, and AI, extending into protein and molecular design.
Multimodal molecular large language model grounding molecule understanding and generation in fine-grained, multi-level chemical knowledge.
Institute of Computing Technology, Chinese Academy of Sciences / DP Technology / University of Chinese Academy of Sciences / AI for Science Institute / State Key Laboratory of Medical Proteomics / Peking University
Released June 30, 2025
Proteomics foundation model for peptide-spectrum scoring and open de novo sequencing, reading over 1,300 modifications from tandem mass spectra.
Chinese Academy of Sciences / Shandong University of Technology / Beijing Institute of Lifeomics / Institute of Computing Technology, Chinese Academy of Sciences / University of Chinese Academy of Sciences / Chinese Academy of Medical Sciences / China Medical University
Released March 25, 2025
De novo peptide sequencing from mirror-protease mass spectra, reading paired complementary spectra to recover near-complete fragment ion coverage.
Institute of Computing Technology, Chinese Academy of Sciences / University of Chinese Academy of Sciences / Central China Institute of Artificial Intelligence / University of Waterloo
Released November 15, 2024
Immune protein structure prediction for TCRs, antibodies, and nanobodies. Adapts ESMFold with LoRA, reaching 1.31 Å RMSD on the CDR3-beta loop.
Institute of Computing Technology, Chinese Academy of Sciences / West China Hospital of Sichuan University / University of Chinese Academy of Sciences / Luoyang Institute of Information Technology Industries
Released October 26, 2024
Chemical perturbation model generating post-treatment transcriptomes for compounds and cell lines never screened, from SMILES structure and dose.
University of Science and Technology of China / Institute of Computing Technology, Chinese Academy of Sciences / iFLYTEK / First Affiliated Hospital of USTC (Anhui Provincial Hospital)
Released October 18, 2024
3D CT vision-language model that drafts radiology reports, answers questions about volumes, and screens for disease from a masked-autoencoder encoder.