Innovative Fluorescent Dyes for Advanced Imaging and Research Applications

The Zhang Xiaobing-Yuan Lin research group has developed an extensive range of groundbreaking fluorescent dyes, each optimized for specific scientific and biomedical applications. These advanced dyes offer high brightness, excellent photostability, and a wide range of functionalities, catering to modern imaging and labeling needs.   1. High Brightness and Photostability Protein...

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Functionalized TPCs Fluorescent Dyes | Superior Two-Photon Imaging & Anti-Solvation Effect

Two-photon imaging is a powerful technique in biomedical research and clinical diagnostics, offering deeper tissue penetration and reduced photodamage. The most commonly used two-photon dyes are electron donor-acceptor (D–A) type molecules, but their application is often hindered by solvation quenching effects, leading to reduced fluorescence efficiency. To overcome this challenge,...

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Cutting-edge product of metal-organic chemistry—strongly coordinated carbonron

Organometallic chemistry focuses on the synthesis, structure, reaction, properties and applications of metal-organic compounds, and plays an important role in promoting the development of human society. Metallo-organic compounds are complexes composed of a central metal atom and ligands surrounding the metal atom. Carbonlon is a new type of chain polyyne...

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From Magnetotactic Bacteria to Synthetic Nanostirrers: The Evolution of Magnetic Nano-Stir Bars

Magnetic nanostirrers play a vital role in enhancing the mixing efficiency of tiny droplets, significantly accelerating chemical reactions in confined spaces. Their development can be traced through three key stages Product Availability The magnetic nanostirrer product developed by Professor Chen’s team is: Product Name: Magnetic nano-stir bars, silica coated iron...

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Scientific research achievements of Associate Researcher Tao Lei | New Hantzsch polymer material monomer

Hantzsch monomer is one of the multi-component functional monomers and is mainly used to prepare fluorescent polymers (which can identify cells, sugars, curcumin, etc.) and self-healing hydrogels. Associate researcher Tao Lei from the Department of Chemistry at Tsinghua University successfully synthesized a new type of Hantzsch monomer, which has broad...

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Ordered mesoporous materials - complete types, high mesoscopic order, and large specific surface area

Ordered Mesoporous Materials: Unlocking New Frontiers in Science and Industry Ordered mesoporous materials have demonstrated immense potential across various fields, including catalysis [1], adsorption, separation, energy conversion and storage [2], environmental processing [3], sensing, information technology, electronic devices [4], and biomedicine [5]. These materials exhibit exceptional properties such as: Large...

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