- · A classification model based on Agraph convolution, a classification model used to identify anti-cancer metabolites from the Vietnamese traditional herbal database
- · Liu Peifeng Adv Sci: New iron oxide nanoparticles inhibit tumor autophagy to treat liver cancer
- · Applied Surface Science: 0D/2D stacked CuO/V2C MXene heterostructure significantly improves the dielectric response of composite materials
- · ACS Appl. Mater. Interfaces: Light, strong, conductive composite fiber based on MXene@Aramid as a smart fabric sensor
- · Macrophage microvesicles rely on the CCL2/CCR2 signal axis to target tumors and SNARE-based membrane fusion to promote drug delivery
- · Harbin Institute of Technology AFM: A high-performance, customizable, wearable and foldable solid-state supercapacitor realized by arranging pseudo-capacitance groups and MXene sheets on the surface o
- · The pharmacy team of Wuya Innovation College of Shenyang Pharmaceutical University has made new breakthroughs in the research of bacteria-mediated drug delivery for anti-cancer treatment
- · Review by Liu Zongwen, Liu Yanping, Wu Minghua, etc.: Cancer diagnosis and treatment effect monitoring based on time-resolved fluorescence imaging microscope
- · Professor Chunyi Zhi, EES: Grafted MXene/polymer electrolyte is used to extend the shelf life of zinc batteries at high/low temperatures
- · Tan Weihong ACS Nano: Cyclic bispecific nucleic acid aptamer-mediated artificial cell recognition and targeted T cell immunotherapy
- · Warren Chan JACS: Using base-pairing interactions to replace non-specific intermolecular interactions to improve the drug delivery effect of nanoparticles
- · Professor Huang Haitao from Hong Kong Polytechnic University, Professor Luo Xin from Sun Yat-sen University JMCA: Nitride MXene as a sulfur cathode host material inhibits the shuttle effect of polysul
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