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culture supernatants, coupled to a variety of functional and phenotypic assays. Findings from these studies will be validated in vivo in animal models and incorporated into an integrated analysis framework
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, and capable of independent as well as collaborative work Note: The PhD project will focus on computational and experimental analyses of cancer cell lines; animal experiments will be performed by
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Participating in the CRC 1450 graduate school and presenting research findings at internal meetings and international conferences REQUIREMENTS: A Master’s degree in Physics, Computer Science, Biomedical Imaging
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, pharmaceutical sciences, bioengineering, or a related field Strong interest in tumor immunology and drug development Experience in cell culture, immunological methods, and/or preclinical animal models Highly