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opportunities but requires robust biological protocols and stable bioelectronic interfaces. In parallel, biomolecules and their complexes can be probed and controlled using CMOS micro-/nano-electronics, enabling
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of mathematics, computer science, and evolutionary biology. We develop methods to understand evolutionary, ecological, epidemiological, and developmental processes on different scales based on genetic data. In our
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The ETH Zurich technology platform NEXUS Personalized Health enables discovery and translational research for personalized health. We offer a broad range of expertise across Clinical Bioinformatics
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summary of the latter see: p3.snf database In parallel we investigate the role of PI3K in allergy, metabolic control, obesity, diabetes and cancer. To design, execute and analyze biochemical, biophysical
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approaches including cloning, cell culture, cell imaging, behavioral testing, bioinformatics. The lab is composed of researchers, doctoral and postdoctoral students, and technical staff working in close
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therapies. Project background We are seeking a highly motivated Bioinformatics Scientist / Data Scientist to conduct multi-omics data analysis. This individual will play a key role in analyzing high
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computational workflows. In addition, the position supports institute-wide bioinformatics activities, including the management of data and shared computational infrastructure, enabling efficient and sustainable
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The ETH Zurich technology platform NEXUS Personalized Health enables discovery and translational research for personalized health. We offer a broad range of expertise across Clinical Bioinformatics
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properties. In parallel, they continuously sense and respond to diverse mechanical cues from their environment, including adhesion, stiffness, tension, shear, pressure, and confinement. These cues
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components such as antibiotic resistance genes and metal resistance genes highlight the evolving risks due to bioaerosols. Metagenomics, bioinformatics, air quality simulation models, and source tracking tools