Mesoporous Materials by Zhao Dongyuan

Cutting-Edge Mesoporous Materials by Zhao Dongyuan: Revolutionizing Applications in Science and Industry On November 3, 2021, the project "Creation and Application of Ordered Mesoporous Polymers and Carbon Materials" led by Zhao Dongyuan, an academician of the Chinese Academy of Sciences and professor at Fudan University's Department of Chemistry, was awarded...

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Representation of the catalytic role of palladium (Pd) and norbornene (NBE) in methylation reactions.

Innovative Deuterated Methylated Aromatics by Professor Zhou Qianghui: Transforming Medicinal Chemistry Methyl groups are commonly found in small-molecule drugs and play a vital role in enhancing drug properties. Numerous studies demonstrate that introducing methyl groups at specific sites in candidate drugs can: Improve metabolic stability, Shorten half-life, Enhance solubility and...

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New progress in Professor He Qing’s scientific research: superfan compounds

Superfan compounds are a novel class of molecular cages with unique structural features. Composed of two parallel benzene rings connected by six side chains, these compounds form a lantern-like structure with a (quasi-) closed internal cavity and numerous recognition sites distributed around the cavity. Compared to traditional supramolecular host compounds,...

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 Ligands for efficient Cu(I)-catalyzed click chemical reaction (CuAAC)

Polyethylene glycol (PEG) functional chain compounds play a pivotal role in modifying the surface of proteins and materials. These compounds facilitate covalent macromolecular protein research by acting as linking arms while enhancing the functional properties of proteins. Applications of PEG Functional Chain Compounds Protein Surface Modification: Improves protein water solubility....

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Professor Huang Huaiyi’s scientific research results|New metal iridium photocatalyst with excellent photocatalytic performance

Photodynamic therapy (PDT) is a method that combines photosensitive drugs and laser activation to treat cancer. It has the advantages of minimally invasiveness, strong spatiotemporal controllability, small side effects, and low incidence of drug resistance. Traditional PDT uses light to excite a photosensitizer (PS) and transfer energy to oxygen to...

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Professor Zhang Pingyu’s scientific research results | Small molecule cyanine ligands that strongly absorb red and near-red light

      Small molecule cyanine is a type of strong absorbing ligand with red or near-red light, which can red-shift the absorption intensity of molecules. It has important applications in the fields of synthetic ligands for metal complexes and intermediates for the synthesis of molecular probes. In addition, cyanine...

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