实验动物中心博士后科研工作站
负责人：丁玉强
秘 书：宋宁宁
邮 箱：songnn1982@outlook.com
实验动物中心是学校直属的科研公共平台机构，负责整合、规划、建设和管理全校实验动物设施资源，承担实验动物管理与技术服务，以及推进实验动物学学科建设和专业人才培养三大任务。为加强实验动物中心学科建设与发展，博士后工作站将依托生物学和基础医学的研究积累，结合复旦大学实验动物中心承担的教育部小鼠资源库项目，从动物学、发育生物学、神经生物学以及相关领域的临床转化等方向招收博士后研究人员，开展相关工作，促进实验动物学的融合创新与繁荣发展。详情请见主页：https://labanimal.fudan.edu.cn/main.htm。
一、疾病动物模型方向
丁玉强：发育相关神经系统疾病动物模型建立和分子机制的研究
孙磊：炎症动物模型的制备及生理和病理的研究
严俊：肿瘤耐药复发和转移小鼠模型构建及其在小分子药物的前期临床验证
二、神经生物学研究方向
丁玉强：大脑皮层发育的分子机制
许彤辉：运动学习的突触和神经环路机制
饶艳霞：小胶质细胞在中枢神经系统稳态维持
三、临床转化方向
许彤辉：运动神经元相关疾病的机制与治疗研究
饶艳霞：免疫相关神经系统疾病的干预
孙磊：新型免疫治疗药物研发
严俊：可视化动态监测肿瘤耐药复发和转移，小分子药物临床前研究
The Laboratory Animal Center (LAC), directly affiliated with Fudan University, serves as a research platform responsible for integrating, planning, constructing, and managing the university's laboratory animal facility resources. The LAC focuses on laboratory animal management, technical services, advancement of laboratory animal science, and professional talent cultivation.
To enhance disciplinary construction and development, the postdoctoral research station will utilize research expertise in biology and basic medicine, in collaboration with the Mouse Resource Repository project led by Fudan University's LAC under the Ministry of Education, China. Postdoctoral researchers will be recruited from fields including zoology, developmental biology, neurobiology, and clinical translation to drive integration, innovation, and the growth of laboratory animal science. For further information, please refer to the homepage at https://labanimal.fudan.edu.cn/.
I. Research Directions in Disease Animal Model
Prof. Ding Yu-Qiang’s lab conducts research on establishing animal models for developmental neurological diseases and investigating their molecular mechanisms.
Prof. Sun Lei’s lab focuses on creating animal models of inflammation and studying their physiological and pathological aspects.
Prof. Yan Jun’s lab specializes in constructing mouse models to study tumor drug resistance, recurrence, and metastasis, as well as conducting preliminary clinical validation of small molecule drugs.
II. Research Directions in Neurobiology
Prof. Ding Yu-Qiang’s lab investigates the molecular mechanisms underlying cerebral cortex development.
Prof. Xu Tonghui’s lab focuses on studying the synaptic and neural circuit mechanisms involved in motor learning.
Prof. Rao Yanxia’s lab explores the role of microglia in maintaining homeostasis in the central nervous system.
III. Research Directions in Clinical Translation
Prof. Xu Tonghui’s lab focuses on investigating mechanisms and treatment strategies for motor neuron-related diseases.
Prof. Rao Yanxia’s lab is dedicated to studying interventions for immune-related neurological conditions.
Prof. Sun Lei’s lab is centered on developing innovative immunotherapeutic agents.
Prof. Yan Jun’s lab specializes in visualizing and dynamically monitoring tumor drug resistance, recurrence, and metastasis, as well as conducting preclinical studies on small molecule drugs.
