美国医学博士-贝勒医学院-神经科学与代谢研究

发布时间：2020-07-02

浏览次数：899次

如有招聘信息发布(博士/博后/访学)可联系

邮箱：cxw@med.tj.cn

微信：shelver888

公众号链接：https://mp.weixin.qq.com/s?__biz=MzU5NTk2OTE2Mw==&tempkey=MTA2OF92OTJVQXBBWHRxWkUydkIvVXJScWFCTnhWRzRlNUNna2dkSVMwOWRGYTd0dk1PVjNRTkRmbVZZOThNWjVkRjEwenM3RDdrT1YtZkcyVTA4a2w2TDhwNjB0dHJvYjIwYUtuXzhkZ2dGU21RcFRVWkpkWWtuLS0teXNRbnpyWnh0Yl9ZRURGbklFb3VlYmZGZWJlY3dPc254MG1mS1FmUEUybUdWZ1FRfn4%3D&chksm=fe689db4c91f14a256fafcce36d684ed87d10d42594cd6a07276490fbafb086776523065fd05&token=1921878922&lang=zh_CN#rd

学校：贝勒医学院 Baylor College of Medicine

院系：Qi Wu's Lab

教授：Qi Wu

申请邮箱：qiw@bcm.edu

介绍

贝勒医学院现提供研究助理/技术人员，博士后职位，研究喂养行为的神经回路控制，脑肠轴和微生物群对肥胖，精神，睡眠，认知障碍和转化医学的影响。该实验室目前正致力于将美国国立卫生研究院(NIH)和美国农业部(USDA)资助的项目原稿文章出版。入职的人有很大的机会参与这些项目，在知名期刊上发表项目内容，机会难得啊！

我们的实验室与贝勒医学院的USDA儿童营养研究中心以及德克萨斯儿童医院建立了合作关系。实验室拥有最先进的技术，包括诱导/条件小鼠模型，基于病毒的电路作图和基因定位，光遗传学和化学遗传学，体内和离体电生理学，体内钙成像，新型药物靶标的功能分析，认知和代谢行为设备，包括CLAMS，Bio-Daq喂食系统和笼式运动分析系统。此外，贝勒医学院还拥有出色的核心研究设施（显微镜和成像，基因组，蛋白质组学和转基因研究），推动了研究工作的快速发展。

实验室网站：

https://www.bcm.edu/people-search/qi-wu-33160 https://scholar.google.com/citations?user=Km6FYjgAAAAJ&hl=zh-CN

要求

候选人应具有硕士学位或博士学位，专业方向涉及以下一个或多个领域：生理学，药理学和遗传学。

申请

要申请该职位，请发送您的简历，简历中列出完整的出版物清单

并准备好3封推荐信直接发送给qi Wu，邮箱为qiw@bcm.edu

Job description

Research associate/technician, postdoctoral positions are available immediately at Baylor College of Medicine to investigate the neural circuit control of feeding behavior, the impact of brain-gut axis and microbiota on obesity, mental, sleep, and cognitive disorders, and translational medicine. The lab is currently working to publish a series of manuscripts supported by NIH and USDA grants. You will have the great opportunity to contribute to these exciting projects to be published in high-profile journals.

Our laboratory is associated with USDA Children’s Nutrition Research Center at Baylor College of Medicine, and Texas Children’s Hospital. The lab is well equipped with cutting-edge technologies including, inducible/conditional mouse models, viral-based circuit mapping and gene targeting, optogenetics and chemogenetics, in vivo and ex vivo electrophysiology, in vivo calcium imaging, functional profiling of novel drug targets, cognitive and metabolic behavioral equipment, including CLAMS, Bio-Daq Feeding System, and Home-cage Locomotion Analysis System. In addition, Baylor College of Medicine has outstanding core research facilities (microscopy & imaging, genomic, proteomic and transgenic) for the rapid advancement of research work.

Lab websites:

https://www.bcm.edu/people-search/qi-wu-33160 

https://scholar.google.com/citations?user=Km6FYjgAAAAJ&hl=en

Baylor College of Medicine is an Equal Access/Equal Opportunity/Affirmative Action Employer.

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