Synthesis of Fluorinated Tyr-GalNAc Antigens and Potent Antitumor Activity of Their Bacteriophage Qβ Conjugates

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• Química y materiales/Nanomateriales27 de sept de 2026

  Electrical signal transmission across electrolyte junctions separated by atomically-thin graphene

  Here we show that atomically thin graphene crystals, although impermeable to any ions or molecules, can transmit interfacial electrical potentials across electrolyte junctions without significant disruption.

  Canbin Wang, Mingyang Xia, Jiaqi Zhai y 4 más — Nature Communications

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• Química y materiales/Polímeros y materiales blandos27 de sept de 2026

  Morphing polymer voxels for dynamic information switching

  Here, we report morphing polymeric voxels based on liquid crystal that enable seamless and reversible information display without onboard electrical power or integrated circuitry.

  Lijun Cai, Zhangming Shen, Wang Zhang y 4 más — Science Advances

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• Química y materiales/Materiales27 de sept de 2026

  Chains of Spin-Crossover Complexes Synthesized on the Ag(111) Surface

  We report the first on-surface thermally activated Ullmann coupling of spin-crossover complexes on a Ag(111) surface.

  Biswajit Pabi, Lydia Adam, Jan Krahmer y 5 más — Journal of the American Chemical Society

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• Química y materiales/Catálisis y reacciones27 de sept de 2026

  Energy-Positive Thiosulfate Production Enabled by Coupling Waste Sulfide Oxidation with Oxygen Reduction

  Here we develop a galvanic electrochemical-chemical cascade strategy that couples the sulfide oxidation reaction (SOR) with the two-electron oxygen reduction reaction (ORR), enabling sulfide valorization with net positive electrical energy output.

  Yifan Zhou, Yan Liu, Jiaqi Sang y 5 más — Journal of the American Chemical Society

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• Química y materiales/Materiales27 de sept de 2026

  Sub-10-nm stacking bands enable ultrastrong additively manufactured titanium

  Integrating laser powder bed fusion with a high-throughput screening and machine learning method identifies a processing–composition regime for fabricating Ti alloys with sub-10-nm stacking bands, which present high specific strength and potential for scalable manufacturing.

  Xiangren Bai, Dongpeng Hua, Hengwei Luan y 10 más — Nature Materials

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