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aims to uncover the shared molecular mechanisms that drive infertility and open the way for new diagnostics and therapies. Our recent findings show that infertile individuals share phenotypes associated
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to tumor heterogeneity, metastasis, and drug resistance. Our previous work has shown that mitochondrial RNA modifications facilitate the translation of mitochondrially encoded genes, thereby promoting
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research, education, and patient care. Closely affiliated with Heidelberg University and renowned institutions such as the German Cancer Research Center (DKFZ) and the European Molecular Biology Laboratory
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environment: cooperative arrangements for childcare, subsidy for child vacation care, advice for employees with relatives in need of care Wide range of health, prevention and sports offers Goal-oriented
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pipeline in close collaboration with partner labs, providing a powerful framework to link genotype, phenotype, and microenvironmental context. By integrating functional and molecular analyses, this work aims
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applications for a PhD position focusing on centriole biogenesis. About the Position: The successful candidate will join Prof. Elmar Schiebel’s research group, renowned for its work on gamma-tubulin complexes
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infrastructure and innovative proteomics workflows Work with an experienced, interdisciplinary, and international team Collectively agreed remuneration, attractive company pension scheme (VBL) 30 days vacation
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data integration, cancer systems biology, and single-cell analysis, with strong links to clinical and translational oncology. Our work is based in the dynamic research environment of Heidelberg
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biology and great enthusiasm for the bone marrow niche and therapy-resistance mechanisms. The PhD student will work in close collaboration with other CRC/SFB members and groups and will perform multiomics
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ultrasonic neurostimulation. You will work in the Micro, Nano, and Molecular Systems group at Heidelberg University (PI: Prof. Dr. Peer Fischer), under the supervision of Dr. Athanasios Athanassiadis and Dr