- · Qu Xiaogang Angew from Changchun Institute of Applied Chemistry: A biomimetic MOFs discriminator for diagnosis and recognition of cancer cell subtypes
- · Recommended by Nature! Inspired by lobster, MIT Zhao Xuanhe team developed a highly anti-fatigue nanofiber hydrogel
- · Liu Bin Angew: In situ synthesis of mitochondrial targeted AIE photosensitizer activated by tumor cells for photodynamic therapy
- · Lu Lehui Angew, Changchun Institute of Applied Chemistry: Integrated organic semiconductors for targeted photo-oxidation catalytic treatment of hypoxic tumors
- · 3D bioprinting of granular hydrogels containing platelet derivatives
- · After Nature, AM will be released again! UCLA He Ximin team: adjustable sponge-like hierarchical pore structure hydrogel with enhanced diffusivity and mechanical properties
- · Bai Feng, Henan University Nano. Lett: Non-covalent self-assembled gold (III) porphyrin nano-drugs for synergistic chemotherapy-photothermal therapy
- · Science Advances: a biologically inspired hard gel protective layer that enables powerful and versatile surface functionalization
- · Hydrogel heart that can pump blood tens of thousands of times! The latest
- · East China University of Science and Technology Gu Jinlou "CM": Positioning and construction of cascade bioreactors in the pores of nano mesoporous MOFs and their use in the removal of intracellular r
- · Xian Jiaotong University Tang Jingda/Harvard Suo Zhigang
- · Dual-network hydrogel is featured in Nature: Gong Jianping and Shinya Tanaka program cancer stem cells on the hydrogel
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