Scientific research achievements of Professor Ye Longwu | A new class of bidentate oxazoline ligands

Asymmetric catalysis is one of the most active branches in modern organic chemistry research, and asymmetric catalytic reactions are considered to be the most efficient methods for synthesizing chiral substances. The principle is to convert achiral raw materials into chiral products by using chiral catalysts. Therefore, the chiral ligand complexed...

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Professor Lei Xiaoguang’s scientific research achievements | High-efficiency CXMS cross-linking agent Leiker - used for analysis of complex protein samples, can be enriched and quantified

Chemical cross-linking coupled with mass spectrometry (CXMS) has been booming in the past decade and is widely used in protein structure identification and protein interaction analysis. However, the chemical cross-linking agents available for CXMS technology are limited and the cross-linking efficiency is not high enough, which limits the application of...

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Professor Li Xin’s scientific research achievements | Fluorescent probe Na-8, high spatial and temporal resolution live cell imaging

Chemotherapy is currently the main means of treating cancer, but tumor cells may develop drug resistance, and the mechanism is complex. High levels of reduced glutathione (GSH) may be an important reason for this phenomenon. To reveal the detailed role of GSH in chemoresistance, it is crucial to find a...

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Scientific research achievements of Associate Researcher Liu Xiangjun | pH-sensitive ratiometric fluorescent probe ANNA—efficient response within the physiological pH range

Changes in intracellular and intracellular pH play an important role in physiological and pathological processes. Changes in intracellular pH can easily induce cell division, rapid growth and functional disorders. The reduction of extracellular pH to acidic is an important signal for cancer and other lesions. Therefore, the detection of pH...

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Scientific research achievements of Associate Researcher Liu Xiangjun | Fluorescent probe HQO—accurately traces mitophagy

Mitophagy is the process by which cells remove damaged or aged mitochondria and recycle their constituent elements. It is closely related to many physiological and pathological processes such as aging, neurodegenerative diseases, and cancer, so the study of mitophagy is of great significance.Currently, two methods are mainly used to study...

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Professor Yang Hua’s scientific research results | New photocatalytic amination reagent - there is a way to

Nitrogen-containing compounds widely exist in natural products, drugs, functional materials and other fields, so the efficient construction of C-N bonds has attracted much attention. Traditionally, the formation of amide groups mainly relies on the homocleavage of N-X bonds, but N-X bonds are difficult to construct under harsh conditions, which fundamentally...

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