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. Imaging and optical engineering: Imaging and image analysis, optical engineering, detector development, microscopy, X-ray optics Structural Biology and Mechanical Engineering: Automation, high
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. Imaging and optical engineering: Imaging and image analysis, optical engineering, detector development, microscopy, X-ray optics Structural Biology and Mechanical Engineering: Automation, high
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applied at several stages of the pipeline. While these tools are relatively easy to implement at the image processing level (e.g., particle picking or reconstruction), their application to sample
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workflow would allow high-throughput processing of phylogenetically and physiologically diverse microbes in a multiplexed manner, enabling comparative studies of cellular architecture at scale. You have
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scientific publications and presentations at international conferences. Qualifications and Experience The ideal candidate should have a PhD (or equivalent qualification) in physics, engineering, or an
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position is ideal for a scientist interested in neuro-epigenetics. You have A PhD in life science. A strong interest in functional genome biology and/or molecular neuroscience. Expertise in one of
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position is ideal for a scientist interested in neuro-epigenetics. You have A PhD in life science. A strong interest in functional genome biology and/or molecular neuroscience. Expertise in one of
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families across taxa and environments. Your group The Finn Research Group currently comprises two PhD students and two post doctoral fellows. This team is closely aligned with the Microbiome
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families across taxa and environments. Your group The Finn Research Group currently comprises two PhD students and two post doctoral fellows. This team is closely aligned with the Microbiome
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-throughput, and future-ready platform for the life sciences, enabling studies at a scale and consistency previously unattainable. You have a maximum 8 years after a doctoral degree (PhD), as required