PhD Student on the topic "Characterization of preclinical models for radiooncology"

(Ref-No. 2020-0164)

• Deciphering of interactions among tumor cells and cellular and non-cellular components orthotopic tumor models upon proton and photon irradiation
• Establishment of a translational ex vivo model mimicking in vivo condition for radiobiological research
• Imaging of tumor and tissue alterations using preclinical imaging modules (Optical / X-Ray imaging systems, CT, MRI)
• Spatial specific tumor and tissue analysis
• Working in cooperation with partners, e. g. radiomics, biostatistics, mathematical modelling, and pathology

• Master / diploma in biology, biotechnology, biomedicine or related fields
• Knowledge in tumor biology, tumorigenesis or tissue homeostasis is desirable
• Basic skills in mammalian cell culture, molecular biology and histological techniques would be an advantage
• Have a strong interest in translational studies on experimental tumors including readiness to perform in vivo experiments (FELASA B is a plus)
• Experience in or willingness to learn programming languages (e. g. R, Python) as well as image analysis software (e. g. Fiji ImageJ, CellProfiler)
• Strong commitment, motivation and discipline to work independently and efficiently
• Strong team player with the ability to succeed in a dynamic international environment
• Excellent ability to communicate and write in English

• Interesting, versatile workplace
• International, attractive working environment
• Campus with modern state-of-the-art infrastructure
• Access to international research networks
• Doctoral student payment including social benefits
• Flexible working hours
• Comprehensive training and mentoring program through the Helmholtz International Graduate School