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【Biomedical Engineering Chemistry】Developed a New Technology to Capture Protein Networks Across Cell Membranes: Identifying Intra- and Extracellular Receptor-Proximal Proteins in the Living Brain
Oct 06, 2026
【Biomedical Engineering Chemistry】Developed a New Technology to Capture Protein Networks Across Cell Membranes: Identifying Intra- and Extracellular Receptor-Proximal Proteins in the Living Brain
【Molecular Systems and Materials Chemistry】Performance Boost in Organic Photovoltaics with Novel Commonsense-Defying Material: Progress Toward Low Cost and Practical Large-Area Applications
Jul 14, 2026
【Molecular Systems and Materials Chemistry】Performance Boost in Organic Photovoltaics with Novel Commonsense-Defying Material: Progress Toward Low Cost and Practical Large-Area Applications
【Molecular Systems and Materials Chemistry】From Protons to Hydrides: A New Route to Hydride-Containing Oxides
Jun 30, 2026
【Molecular Systems and Materials Chemistry】From Protons to Hydrides: A New Route to Hydride-Containing Oxides
【Molecular Systems and Materials Chemistry】Redox Asymmetry Enables the First Iron-Based Oxyhydride
Jun 02, 2026
【Molecular Systems and Materials Chemistry】Redox Asymmetry Enables the First Iron-Based Oxyhydride
【Energy and Environmental Chemistry】Light-Driven Sulfur Enables a New Reaction Platform: Sulfur Species Act Catalytically to Activate Inert Substrates
Apr 16, 2026
【Energy and Environmental Chemistry】Light-Driven Sulfur Enables a New Reaction Platform: Sulfur Species Act Catalytically to Activate Inert Substrates
【Molecular Systems and Materials Chemistry】Transparent bulk amorphous alumina- High-pressure process achieved unusual densely packed amorphous structure composed of five-coordinated pyramids and six-coordinated octahedra, leading to a large dielectric constant exceeding that of crystals –
Apr 07, 2026
【Molecular Systems and Materials Chemistry】Transparent bulk amorphous alumina- High-pressure process achieved unusual densely packed amorphous structure composed of five-coordinated pyramids and six-coordinated octahedra, leading to a large dielectric constant exceeding that of crystals –
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