美国贝勒医学院2023年招聘博士后职位（癌症转化研究）

美国贝勒医学院2023年招聘博士后职位（癌症转化研究）

贝勒医学院（Baylor College of Medicine）是美国休斯敦的一所私立医药学校，被认为是全美最杰出的医学院之一，获中国教育部认证。学校在世界范围内的生物医药研究领域处于领先地位，学校最早建立于一九零零年，迄今为止已经有一百多年的悠久历史了。

贝勒医学院为学生提供财政援助和奖学金，帮助学生减轻就学期间的经济压力，符合要求的学生都可以申请奖学金和财政援助。学校致力于医药和研究生教育，并且因而获得了超过一亿美金的捐赠，是美国六十三所获得超过一亿捐赠的优秀大学之一。

Postdoctoral Associate- Translational Cancer Research

Baylor College of Medicine

Summary

Our translational cancer research group is seeking a highly skilled, driven, and organized individual with extensive research experience in cancer biology with who will serve as a postdoctoral scholar in the Surgical Translational Oncology Laboratory. Our lab studies the translational role of patient-derived xenografts for applications in human oncology therapy at the Baylor College of Medicine. Our group is also leading a clinical trial of chemo-immunotherapy for pancreatic cancer to explore optimal strategies to enhance anti-tumoral immunity. In parallel, we are exploring mechanisms of therapeutic resistance mediated by abnormal sphingolipid metabolism in GI cancer.

Job Duties

・Designs and conducts one or multiple large scale individual research projects with input from laboratory PI. This will include developing and performing highly specialized and complex research examinations, procedures and tests, including a variety of molecular and immune assays. Flow cytometry, western blot, microscopy, ELISA, will be among the assays.

・Performs data analysis and figure preparation with responsibilities to present data in scientific meetings.

・Establishes new research protocols and procedures.

・Summarizes research findings and publish results in research journals.

・Maintains laboratory operations.

・Supervises research staff.

・Contributes to grant writing.

Minimum Qualifications

・MD or Ph.D. in Basic Science, Health Science, or a related field.

・No experience required.

Preferred Qualifications

・The successful applicant must be enthusiastic and willing to take on innovative experiments studying human and mouse tumor samples in relation to pro-neoplastic pathways that contribute to cancer promotion