Recently, the research team of Academician Tian He and Professor Ma Xiang from the School of Chemistry and Molecular Engineering, ECUST the Joint Research Center of Feringa Nobel Prize Scientists have made new progress in the research of pure organic room temperature phosphorescent materials. The related article was published in German Applied Chemistry under the title of“Reversible Multilevel Stimuli-Responsiveness and Multicolor RoomTemperature Phosphorescence Emission Based on a Single-Compon

Recently, the research group of Professor Liu Runhui from the School of Materials in our university has made a new breakthrough in the research of anti-invasive drug-resistant fungal infection. Inspired by cell-penetrating peptides, Professor Liu Runhui and other researchers designed and synthesized a polypeptide copolymer of L- glutamic acid and D,L-arginine, which significantly reduced drug side effects while retaining antifungal properties, and found a new strategy of structural design for re

Recently, Professor Zheng Zhigang from the School of Physics of ECUST cooperated with Professor Li Quan from Southeast University, and made new progress in the research of the optical microstructure of tilted helical liquid crystal driven dynamically by electric field frequency. The research article was published online in the internationally authoritative academic journal Nature-Communication under the title of “Dynamically Actuated Soft Heliconical Architecturevia Frequency of Electric Fields”

Recently, the research team of Professor Chen Yifeng from the School of Chemistry and Molecular Engineering of our school and the Joint Research Center of Feringa Nobel Prize Scientists have made new progress in the field of asymmetric catalysis of olefins to build multi-level chiral centers. The related research articles were published in German Applied Chemistry and Journal of the American Chemical Society with the title of “CatalyticDesymmetric Dicarbofunctionalization of Unactivated Alkenes”

Recently, Professor Bao Chunyan and Professor Qu Dahui from the School of Chemistry and Molecular Engineering, ECUST cooperated to simulate the structure and function of natural transporters by using light-driven molecular motors, which realized efficient, light-controllable, potassium ion-selective transmembrane transport, and realized cancer cell selectivity, which could caspase caspase-dependent apoptosis by promoting the rapid outflow of K+ in cancer cells. The related achievements were publ

Recently, the research group of Professor Li Zhi

Recently, the team and collaborators of Professo

Recently, the research team of Professor Liu Run