1,112 structures "https:" "https:" "https:" "https:" "https:" "https:" "Birmingham Newman University" positions at Nature Careers
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at international conferences Ability to work in a team Goal-oriented and structured approach to work Independent working style and commitment Willingness to learn and interest in interdisciplinary applied research
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accelerate biomedical discovery by designing and delivering advanced engineering solutions to complex scientific challenges. We collaborate across Neuroscience, Structural Biology, Cancer, Immunology and
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interdisciplinary research in molecular, structural, and cell biology as well as in physiology, biophysics, epi /genetics, (bio)informatics, and multimodal data analysis. The bioinformatics service unit offers
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, PhD's research team in the field of cellular and molecular neuro- and vascular pharmacology. You will be involved in a clearly structured PhD project and work independently on scientific questions
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discovery programs. Your key responsibilities will be to: design and execute wet‑lab experiments supporting neurological therapeutic development perform molecular biology and cloning, including construction
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to interdisciplinary and nontechnical stakeholders A structured and solution-oriented working style Excellent English communication skills, written and verbal Experience with medical data, AI infrastructures
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cancer research, educates the next generation of translationally oriented scientists, and establishes high-performance structures to facilitate the transfer of research findings into clinical cancer
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. To this end, we combine interdisciplinary research in molecular, structural, and cell biology as well as in physiology, biophysics, epi /genetics, (bio)informatics, and multimodal data analysis. Main goal
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, production and function of sperm, fertilisation, as well as early embryonic development – in both health and disease. To this end, we combine interdisciplinary research in molecular, structural, and cell
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for Medical Research have developed a novel coating method that mimics nanometer-scaled moth eye structure for anti-reflection applications. To date, conventional mass-production of such structures was complex