美国犹他州立大学黄煜课题组招聘博士后
大脑微工程学实验室（导师：黄煜。犹他州立大学，生物工程系，生物医学工程方向）招聘博士后研究人员。有微流控，微工程背景经验者优先考虑。
研究介绍：黄教授的研究发表在 Nature Biotechnology、ACS Nano、Nanoscale 以及 Lab on a Chip。他的研究兴趣集中在微流控技术、3D 打印支架、和纳米材料的开发，以及在大脑相关生物医学领域的应用。主要应用于三个方面：（1）脑癌细胞侵入和迁移。 （2）神经细胞微工程。 （3）干细胞微模型化和 3D 共培养。
学校学术：犹他州州立大学（ USU）是犹他州的旗舰大学，被 US News 和福布斯收录为美国最佳大学之一。Popular Sciences 杂志称之为美国十大最聪明的学校之一。福布斯把他排名在公立院校第95。
地点简介：洛根是 USU 主校区，被 Livability.com 列为最佳大学城前三名，位于犹他州北部的Cache 谷，盐湖城东北 80 英里处。半天车程可达 6 个国家公园。周边地区，包括滑雪场，湖泊，河流和山脉，使得犹他州在全美最优秀的户外运动地。
研究资源：具有大量生物和工程设备/工具，包括 BSL2 细胞培养设施、纳米/微米制造加工设施、电子显微镜、原子力显微镜、激光共聚焦显微镜、环境可控显微镜、高效液相色谱、PCR、蛋白质分析、标板读数仪、流式细胞仪等。此外，实验室也有机会通过合作机构使用超分辨率显微镜和超离心等高精设备。
有关黄教授他的研究小组的进一步信息，请访问 https://scholar.google.com/citat ... amp;amp;hl=en 。申请者，请联系 yu.huang@usu.edu，并提供您的简历、代表出版物、和三名推荐人的联系方式。
Huang group (Brainmicro-EngineeringLab)
the Biological Engineering Department of the Utah State University is actively looking for one postdoctoralresearcher to join us. Candidates are required to have a Ph.D. degree. We are especially interested in research background of microfluidics and microfabrication.
Research: Dr. Huang’s research has been well published in Nature Biotechnology, ACS Nano, Nanoscale, and Lab on a Chip. His research interest is centered on the development of microfluidics, 3D printing scaffold, and nanomaterials for brain biomedical research, spanning three areas: (1) Brain Cancer Invasion. (2) Neural Micro-engineering. (3) Stem Cell Micro-patterning and 3D Co-culture.
Academics: The Utah State University (USU) is the flagship university of the state of Utah. USU are among best colleges by both US News and Forbes. Popular Science called it one of the Top 10 Smartest Schools in the nation. Forbes ranked the university No. 95 in Public Colleges.
Location: The main campus, Logan, is ranked as “top 3 college town” by Livability.com. Logan is located in northern Utah’s Cache Valley, 80 miles northeast of Salt Lake City and within a day’s driving distance of six national parks. The surrounding area, including ski resorts, lakes, rivers, and mountains, makes Utah State one of the finest recreational environments in the nation.
Resources: You will have full access to a big range of biological and engineering equipment/tools. This includes BSL2 culture facility, Microfabrication facility, Electron Microscope, Atomic Force Microscope, confocal, environment-controlled microscope, HPLC, PCR, protein analysis, plate reader, flow cytometry etc. In addition, you will also have access to the collaborative facility, such as super-resolution microscope and ultra-centrifugation.
For more information about Dr. Huang and research of his group, please visit https://be.usu.edu/5_people/facu ... ;If interested, please email yu.huang@usu.edu, with your CV, representative publications, and contact information of 3 references
