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have successfully defended a PhD thesis in a relevant discipline (computational mechanics, mechanical/aerospace engineering, simulation technology, applied mathematics, etc.). If you have not received
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Danish time. Research Project You will lead a research project with the aim to understand the molecular mechanism that allows the transition zone (TZ), a conserved protein complex with unknown molecular
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these deficits can be detected and compensated. Using various experimental procedures, these knowledge gaps will be tackled. Novel diagnostic tests will be developed, allowing the underlying mechanisms to be
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experimental procedures, these knowledge gaps will be tackled. Novel diagnostic tests will be developed, allowing the underlying mechanisms to be studied and deficits to be detected. Furthermore, novel
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tissue, exacerbated by external stimuli such as UV radiation and mechanical stress. Current understanding and therapeutic strategies are limited due to inadequate human model systems capable of replicating
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years. Research focus Dr. Sahu's lab investigates the molecular mechanisms underlying aging, with particular emphasis on Senescence-Associated Secretory Phenotype (SASP). Their research explores how SASP
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at the campus including Centre for Industrial Electronics and Centre for Industrial Mechanics as well as with the industry, which counts world leading companies in growing fields such as e-mobility, automation
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a good knowledge of statistical mechanics, good English communication skills and experience with all-atom or coarse-grained molecular simulations. The candidate should be comfortable with programming
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the center. The center is collaborating closely with other centers on the campus, including the Centre for Industrial Electronics and the Centre for Industrial Mechanics, as well as with the industry, which
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mechanism regulating their secretion. You will employ advanced techniques including spectral flow cytometry, nano flow cytometry, mass spectrometry, and RNA sequencing. The ideal candidate will have a