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molecular biological analysis techniques, as well as experience in using animal model systems, particularly rat models, including immunohistochemistry and behavioural studies. Knowledge in physiology
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, morphological, cell and molecular biological analysis techniques, as well as experience in using animal model systems, particularly rat models, including immunohistochemistry and behavioural studies. Knowledge in
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coupling DESI-MRM with spatial transcriptomics to map spatial dysregulation in metabolism. Spatial analyses will be performed in multiple model systems including ex vivo human lung tissue and in vivo animal
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education to enable regions to expand quickly and sustainably. In fact, the future is made here. The Department of Molecular Biology seeks a postdoctor for a temporary position for two years on full time. The
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and conducting animal experiments. Theoretical and practical knowledge in physiological, morphological, cell and molecular biological analysis techniques, as well as experience in using animal model
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of planning and conducting animal experiments. Theoretical and practical knowledge in physiological, morphological, cell and molecular biological analysis techniques, as well as experience in using animal model
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physiological, morphological, cell and molecular biological analysis techniques, as well as experience in using animal model systems, particularly rat models, including immunohistochemistry and behavioural
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products. Investigate molecular mechanisms underlying neuronal development and differentiation. Evaluate the efficacy of stem cell-derived neurons in preclinical animal models. Collaborate with a
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. of Cell and Molecular Biology, Karolinska Institutet, Stockholm, Sweden We are looking for highly motivated and talented postdoctoral candidates to take the lead on challenging research projects in the lab
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the forefront in deciphering molecular mechanism by which regulatory RNAs (i.e. long noncoding, transfer and small RNA) regulate genes and genome structure in both health and diseases (Sommerauer et al. MSB 2024