Decoding the microglial aging process, contributions to brain dysfunction
Nature Communications | Guo Feifan's Team Discovers the Role and Mechanisms of Bradykinin in Promoting Thermogenesis in Brown Adipose Tissue and Browning of White Adipose Tissue
Life Metabolism | Guo Feifan's Team Discovers the Function and Mechanisms of Tryptophan-deficient Diet in Improving Depression-like Behavior
Nature Communications | Cheng Tianlin's Team Explores Novel Approaches in the Development of Base Editors, Screening Modified TadA Homologous Proteins to Achieve Simultaneous Editing of Cytosine and Adenine.
Nature Communications | Yuan Peng's Team Collaborates With Carlo Condello's Team From the University of California, San Francisco, to Discover Gender-Specific Effects of CSF1R Inhibitors in Mice.
Nature Communications | Collaborating Researchers Cheng Tianlin, Qiu Zilong, and Zhao Xingming, Achieve TadA Reprogramming and the Development of a High-Precision Mini Base Editor.
iScience | Shao Zhicheng's Team Develops a Novel Method for the Preparation of Human Spinal Cord Organoids.
Nature | Collaborative Discovery by Yuan Peng's Team Reveals a Novel Mechanism Underlying Impaired Neural Network Function in Alzheimer's Disease
《Nature Biomedical Engineering》 Reports the Latest Achievement by Shao Zhicheng's Team in Human Astrocyte Reprogramming for Neural Organ Repair in Spinal Cord Injury
《PNAS》: Collaborative Study by Lu Wei's Team and Yuan Tifei Elucidates the Circuit Mechanisms of Dopamine Regulation in Obsessive-Compulsive Disorder-Like Repetitive Stereotyped Behaviors.