A previously unidentified USP16-YAP regulatory axis that drives gastric cancer progression is revealed and USP16 is demonstrated as a therapeutic target of ISO, providing a mechanistic basis for the development of ISO-derived strategies targeting YAP stabilization in gastric cancer.
Yehua Li, S. Ren, Qin Zhang et al.· Phytomedicine· 0 citations
Comparisons with state-of-the-art methods demonstrate the enhanced performance of DFRL-Mol in multiple scenarios of molecule optimization, including SO optimization, substructure-constrained (SC) SO optimization, MO optimization, and MO molecule generation.
Zhen-Yi Wu, Peng-Cheng Zhao, Jia-Ning Li et al.· Briefings in Bioinformatics· 0 citations
Three-dimensional bioprinting technology has emerged as a promising engineering tool for constructing TME-like models with controlled spatial architecture, tunable matrix properties, and programmable multicellular organization and practical directions for developing more physiologically relevant platforms for cancer re...
Yehua Li, Jia-Le Shi, Qin Zhang et al.· Tissue engineering. Part B,...· 0 citations
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