De novo design of CR2 binder as vaccine scaffold
Yuan‐Tao Liu, Yi-Na Yin, Hui-Qin Xu…·Cong Sun
This paper designs a stable, high-affinity CR2 binder using deep learning to enhance B cell activation as a vaccine scaffold.
Author
Southern University of Science and TechnologyORCID 0000-0001-6952-3406Unclaimed ORCID profile · follow to get notified of new preprints
6 papers
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Yuan‐Tao Liu, Yi-Na Yin, Hui-Qin Xu…·Cong Sun
This paper designs a stable, high-affinity CR2 binder using deep learning to enhance B cell activation as a vaccine scaffold.
Junrong Xue, Huiqin Xu, Yanfeng Zhang…·Li-Zhi Mi
This study identifies the structural basis for PINK1 maturation by the HSP90/CDC37/FKBP51 chaperone complex and shows FKBP51 negatively regulates PINK1 function in mitophagy.
Huiqin Xu, Xinyang Liu, Yating Jiang…·Zheng Liu
This study identifies conformational dynamics and dimer formation in TcPINK1, showing their role in Parkin recruitment and mitophagy.
Zhicai Wang, Cang Yan, Fei Shi…·Zheng Liu
The paper identifies disease-specific metabolic biomarkers for coronary heart disease, diabetes mellitus, and their co-occurrence using metabolomics profiling and statistical analysis.
Xinsheng Wang, Xiaohua Wan, Buqing Cai…·Bin Hu
MitoStructSeg accurately segments mitochondrial structures and quantifies morphological features in human and mouse tissues using a deep learning framework.
Siyuan Fan, Xiaojuan Wang, Yafang Hu…·Hongzhi Guan
This study evaluates metagenomic next-generation sequencing (mNGS) of cerebrospinal fluid for diagnosing central nervous system infections, finding it detects pathogens in 36.6% of cases with some false positives and negatives.