斯坦福大学神经科学与癌症研究博士后招聘

　　斯坦福大学神经科学与癌症研究博士后招聘

　　The Petritsch lab investigates underlying causes for the intra-tumoral heterogeneity and immune suppression in brain tumors from a developmental neurobiology perspective and with the purpose to prevent malignant progression and overcome therapy resistance in brain tumors. We recruit postdoctoral trainees who are two or less years past their doctorate and who are highly motivated to participate in one or more of the following projects:

　　Establishing and breaking homeostasis in the brain: Analyse the molecular and cellular mechanisms for establishing cellular hierarchies in the brain, including delineating the mechanism for asymmetric cell division in oligodendrocyte progenitor cells, using a candidate gene approach.

　　A rational approach to optimize molecular targeted therapy to overcome resistance and immune suppression: molecular characterization of escape from therapies, develop combination therapies and define optimal dosing using novel preclinical models, harnessing the interactions with the tumor immune landscape

　　We use novel transgenic and virus-induced mouse models and leverage access to surgical material for complementary alternative approaches, e.g. mechanistic investigations in human-derived patient samples, e.g. ex vivo tumor tissue slices, organoids, PDXs or cell lines.

　　Required skills:

　　A minimum of two first-author science publications (not counting reviews) in a peer-reviewed journal;

　　Excellent communication (verbal and written) skills

　　Openness to new technology

　　Proactive attitude and strong work ethics

　　Top experimental skills

　　3 yrs min experience in sterile cell culture techniques

　　Confocal microscopy

　　Fundamental understanding of molecular biology

　　Working experience in area of brain tumorigenesis or progenitor/stem cell biology.

　　Candidates with experience in one or more of the following are preferred: flow cytometry, processing patient samples for cell culturing and model development, ex vivo tumor tissue slices, organoids, PDXs, primary cell culture techniques, mass cytometry, time lapse imaging.

　　Application Material:

　　CV

　　Scholarship statement and letter of intent (1 page max) addressed to Dr. Petritsch

　　Contact information (email, phone number) for 3-5 references