美国明尼苏达大学博士后职位—肉瘤和骨骼肌再生/变性的表观遗传学

美国明尼苏达大学博士后职位—肉瘤和骨骼肌再生/变性的表观遗传学

明尼苏达大学（University of Minnesota System），简称U of M或UMN，是世界著名的美国公立大学系统，有5个分校，通常亦指该系统的旗舰分校——明尼苏达大学双城分校。

明尼苏达大学双城分校是一所位于美国明尼苏达州双子城（即明尼阿波利斯与圣保罗）的世界著名一流公立研究型大学，为明尼苏达大学系统历史最久、规模最大的分校，亦常被直接称为明尼苏达大学。自1851年建校，学校已拥有众多声名显赫的校友，截止2018年已有30位诺贝尔奖得主，1位前美国首席大法官，2位前美国副总统，以及多位名列美国财富500强的企业巨子，具有优秀的教育和服务社会的传统。

许多世界顶尖的技术和发明在明大诞生：飞行记录器（黑匣子）、可收取式汽车安全带、心脏起搏器、心肺呼吸器等。明大拥有肾脏移植机构。

明尼苏达大学双城分校是美国十大联盟、美国大学协会和是国际21世纪学术联盟的成员，为世界著名的本科、研究生教育学府和研究机构，被誉为公立常春藤。

明尼苏达大学双城分校也是美国最具综合性的高等学府之一，常年位居世界大学排行榜前列。大学位居2019 U.S. News世界大学排名第41位，2020 泰晤士高等教育世界大学排名第50位，2020 U.S. News美国大学排名第66位，世界大学排名第47名。

Epigenetics of Sarcoma and Skeletal Muscle Regeneration/Degeneration

University of Minnesota - Peds BMT&CT

Job Description

Two postdoctoral positions are open in the lab of Dr. Darko Bosnakovski:

https://med.umn.edu/pediatrics/research/research-laboratories-and-programs/bosnakovski-lab

Postdoctoral position available in the laboratory of Dr. Bosnakovski at the Department of Pediatrics to work on the epigenetic and cellular mechanisms of CIC-DUX4 and Ewing sarcoma. The fellow will have an opportunity to use various in vitro and in vivo models to study the epigenetic and cellular aberrations induced by the oncogenes. We are looking for a highly motivated candidate that accepts the challenges of working on multiomic analyses to study the different cellular compartments of the muscle. The candidate will be be trained to work with different primary and immortalized cell lines, ES and IPS cells, and animal models. They will have the opportunity to learn FACS analyses and sorting, imagining, gene targeting, various molecular biology technics required to study chromatin accessibility and organization, and bioinformatics.

Postdoctoral position in skeletal muscle regeneration/degeneration: https://hr.myu.umn.edu/jobs/ext/352347

NIH funded postdoctoral position is available in the laboratory of Dr. Bosnakovski at the Department of Pediatrics to work on the molecular and cellular mechanism of Facioscapulohumeral Muscular Dystrophy (FSHD). The fellow will have an opportunity to use various in vitro and in vivo models to study epigenetic and cellular aberrations induced by DUX4. We are looking for a highly motivated candidate that accepts the challenge of working on multiomic analyses to study the different cellular compartments of the muscle. The candidate will be be trained to work with different primary and immortalized cell lines, ES and IPS cells, and animal models. They will have an opportunity to learn FACS analyses and sorting, imagining, gene targeting, various molecular biology techniques required to study chromatin accessibility and organization, and bioinformatics.

Qualifications

Required qualifications:

Doctoral degree (PhD, MD, DDS, Pharm.D, DVM or the equivalent)

Preferred qualifications:

Experience with bioinformatics

Background in epigenetics

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