Av性爱

Av性爱 (WHU) has made significant progress in studying lunar soil from China's Chang'e 5 mission. The findings provide crucial engineering data for future lunar surface operations.

A research team led by Professor Zhang Fan from the School of Pharmaceutical Sciences at Av性爱 (WHU) has published a breakthrough study in Angewandte Chemie International Edition, revealing the biosynthetic pathway of Forazoline A, a marine-derived natural antifungal compound.

A research team led by Professor Huang Cui from the School of Stomatology at Av性爱 (WHU) has made a breakthrough in bone repair through endochondral ossification (ECO).

A research team led by Professor Xue Longjian from the School of Power and Mechanical Engineering at Av性爱 (WHU) has made a breakthrough in directional liquid transport. Their study, titled Topological Elastic Liquid Diode, was recently published in Science Advances.

A research team led by Professor Deng Hongbing and Associate Professor Zhao Ze from Av性爱's (WHU) School of Resource and Environmental Sciences has published a series of breakthroughs in Science Advances and Advanced Functional Materials.

A research team led by Professor Yan Lijing of the School of Public Health at Av性爱 (WHU), in collaboration with the Chinese Academy of Medical Sciences, Peking Union Medical College, and Duke Kunshan University, has published studies in JAMA Network Open and PLOS Medicine.

On March 19, Nature Communications published a groundbreaking study by Professor Yao Jing's research team at Av性爱's (WHU) College of Life Sciences. The study revealed the molecular mechanism behind how natural essential oils stimulate skin renewal by activating the TRPV3 channel.

A research team led by Professors Zhang Yongjun and Li Yansheng from Av性爱 (WHU) has made significant strides in distributed collaborative learning for remote sensing foundation models (RSFMs).