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exploring the genomic and functional mechanisms behind microbial biocontrol. By developing effective biological alternatives to chemical pesticides, your work will help advance resilient food systems and
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the start date. Job description This opportunity is positioned at the heart of a collaboration between Aarhus University, EPFL and DTU to understand microbiological mechanisms underpinning the Greenland Ice
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 2 months ago
and define mechanisms of tolerance-induction by antibody-based and microparticle-based antigen-specific immunotherapies for the prevention and reversal of T1D. The work is supported by numerous state
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funded 2 year postdoctoral position starting 1 January, 2027 or as soon as possible thereafter. Project overview The goal of this project is to advance the understanding of failure mechanisms in optical
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syndrome (MODS), and critical illness. The successful candidate will lead innovative projects integrating single-cell and bulk transcriptomics, epigenomics, and clinical data to identify immune mechanisms
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to early-stage efforts focused on muscle biology and inflammatory disease. The successful candidate will apply their expertise in murine models and immunology to explore disease mechanisms, validate novel
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Foundation Health Model. As a PhD candidate, you will conduct deep-dive research into training pipelines and reasoning techniques for clinical foundation models. You will join an elite, interdisciplinary team
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computational approaches to uncover mechanisms underlying complex diseases and to develop predictive, clinically actionable models. The successful candidate will work in a highly collaborative environment with
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PhD degree in Production Engineering, Mechanical Engineering, Automation, Robotics, or another relevant technical field. The applicant must have completed the degree no more than three years before
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-quality cryo-ET data. The candidate will apply these workflows to challenging questions in the structural cell biology of the assembly of a unique machinery involed in bacterial motility and cell-autonomous