[硕博专区]Cornell University招收博士后和公派联合培养博士生 [复制链接]

POSTDOCTOR RECRUITMENT
招收博士后和公派联合培养博士生
Weill Medical College of Cornell University
PI:   Baolin Wang  PH.D.
Departments of Cell and Developmental Biology        Departments of Genetic Medicine
Research:
His lab is working on Hedgehog signaling in cancer and development. The Hedgehog (Hh) family of secreted signaling proteins plays fundamental roles in animal development, cell growth, and differentiation. Loss of or decrease in the Hh signaling pathway activity results in severe developmental birth defects, whereas inappropriate activation of the Hh signaling pathway is also associated with several common types of human cancer including basal cell carcinoma (a skin cancer) and medulloblastoma (a brain tumor). The Wang lab focuses on the elucidation of molecular mechanism of Hh signal transduction using a variety of approaches including molecular, cell and developmental biological, biochemical, and genetic (mouse knockout and knockin) methods. His lab also study the embryonic patterning, stem cell biology, and cancers that are related to Hh signaling.

Dr. Wang’s lab takes an integrated approach that includes biochemical, molecular, cell biological, and genetic methods to conduct the research. Dr. Wang’s lab has made a significant contribution to the elucidation of the molecular regulation of the Gli transcription factors in the Hedgehog signaling pathway. Anyone who is interested in the Dr. Wang’s research should contact him for the most current research projects or the postdoctor benefit.

同时欢迎2011年国家公派联合培养博士生申请！
Contact:
Phone
1-212-746-5357   ；            1-212-746-2981
Fax  
1-212-746-8318
E-mail
baw2001@med.cornell.edu
Website
http://www.med.cornell.edu/research/baolinwang/index.html
Address
1300 York Ave. Room Whitney401, New York, NY, 10021,USA

大家可以考虑考虑哈

该实验室主要研究癌症以及个体发育过程中Hedgehog信号转导。 分泌信号转导蛋白的Hedgehog (Hh)家族，在动物个体发育、细胞生长及分化方面发挥根本性作用。 Hh信号转导途径中该蛋白活性的缺失或降低均将导致严重发育性先天缺陷。反之，不当激活则与几种普通人类癌症相关联，包括基底细胞癌(一种皮肤癌)及髓母细胞瘤(一种脑部肿瘤)。 王氏实验室致力于用各种方法阐述Hh信号转导的分子机制，包括分子、细胞及发育生物学、生化以及基因方面的技术手段。 该实验室还研究胚胎图式、干细胞生物学以及Hh信号转导相关性癌症。王博士实验室综合运用生化、分子、细胞生物学以及基因这几个方面的技术手段进行研究工作，为Hedgehog信号转导途径中Gli 转录因子的分子调控的阐明做出了卓越的贡献。 为了最新的科研课题或者博士后待遇，任何对王博士的研究感兴趣的有识之士请尽快联系王博士。

崇拜