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translational research related primarily to Alzheimer's disease and other neurodegenerative diseases, but also more general molecular mechanisms with biomedical relevance are studied. The division is mainly
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both biochemical and cellular assays. To support clinical findings and development we need to further investigate biomarkers, combination treatments, and potential resistance mechanisms to obtain a
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. The studies may for example concern: molecular subgroups within tumors and/or between patients and of tumor biological as well as clinical relevance the understanding of how mechanisms of resistance develop and
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responses to acute infections and cancer. Using a combination of several state-of-the-art single-cell technologies we strive to understand mechanisms underlying the generation, maintenance and consequences
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intrinsic mechanisms of tissue renewal and homeostasis. The employment includes experimental laboratory work, data processing, data analysis and report writing. Your profile Applicants with a master’s degree
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Do you want to contribute to improving human health? Division The research in Galina Selivanova’s lab is focused on the identification and studies of the mechanisms and the impact on the tumor
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“humanized” mice and in vitro systems to investigate the underlying mechanisms. Your profile We are seeking a highly motivated and ambitious individual from universities around the world to join the research
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computational biologists. This multidisciplinary composition fosters a stimulating scientific environment conducive to innovative research approaches. With access to modern and fully equipped laboratories at ANA
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Do you want to contribute to improving human health? A postdoc position for understanding the molecular mechanisms underlying the development of chronic pain is available in the laboratory of Saida
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DA neuron development, and in the degeneration of DA neurons in PD. Our goal is to develop novel cell replacement approaches for PD and strategies for interfering with pathogenic mechanisms of PD