Controllable Gap Junctions by Vitamin B12 and Light
Duo Cui, S Liu, Xinyu Huang…·Fei Sun
This paper introduces CarGAP, a chemo-optogenetic tool to reversibly control gap junctions in vertebrates and invertebrates with spatiotemporal precision.
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Hong Kong University of Science and TechnologyORCID 0000-0002-3065-7471Unclaimed ORCID profile · follow to get notified of new preprints
4 papers
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Duo Cui, S Liu, Xinyu Huang…·Fei Sun
This paper introduces CarGAP, a chemo-optogenetic tool to reversibly control gap junctions in vertebrates and invertebrates with spatiotemporal precision.
Yutong Huang, Qikun Yi, Shiying Wang…·Fei Sun
This paper develops a visible light-controllable adhesive system using vitamin B12-stabilized poly(α-lipoic acid) for surgical applications, showing effectiveness in in vitro, ex vivo, and in vivo models.
Chengjun Zheng, Pengli Wang, Delong Zhang…·Zhaoshi Bao
This paper introduces GlioME, a patient-derived glioma organoid model that retains the tumor microenvironment, showing high responsiveness to chemotherapy and accurately predicting patient response to vebreltinib.
Ling Xu, Ping Hu, Yaling Yu…·Da Long
This paper develops a genetically programmable protein hydrogel for sealing corneal perforations in animal models, showing effective adhesion and biocompatibility.