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group (Nanosfun, www.nanosfun.com) is research group at the ICN2. Nanosfun is aimed to develop novel (supra)molecular and polymeric functional nanomaterials with application in Health, Energy-Efficient
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grammars, and these are often tied to their subcellular localization and the biological processes they are involved in. We have extensively characterized how the molecular grammar of prion-like low
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-molecule fluorescence microscopy, optical and magnetic tweezers) together with in-house molecular biology and biochemistry. Studying the dynamics of DNA and RNA replication at the single-molecule level
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technologies have exploded in recent years, generating multi-dimensional data from millions of cells and thousands of molecular features. Understanding these data and harnessing their insights remains an ongoing
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nanocrystals and carry out Brownian and molecular dynamics simulations of their self-assembly behavior in solution, on surfaces, or trapped at fluidfluid interfaces. 2) Carry out free energy calculations using
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focuses on understanding how tumour cell plasticity and dynamic cell state transitions drive resistance, and aims to identify actionable vulnerabilities that could inform future therapies. You will work
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untargeted metabolomics using LC-MS/MS-based molecular networks) Fractionation of the extracts; LC-MS and bioactivity-guided isolation and structure elucidation of the purified metabolites Supervising and
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extraction of marine microorganisms Investigating their chemical capacity by comparative genomics and metabolomics (computational untargeted metabolomics using LC-MS/MS-based molecular networks) Fractionation
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feed in scientific results for the national and international environment and climate policy. It performs multiscale research from molecular to global scale and focuses on climate change, air quality
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researcher with strong analytical skills to join our effort and generate novel insights of neurodegeneration with this unique dataset, while working in a highly dynamic multidisciplinary and collaborative