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. The project will involve the optimization of an experimental workflow, combining in vitro screenings, ex vivo tetramers staining, single-cell RNA sequencing and T cell receptor sequencing, to detect and
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-edge single-molecule spectroscopy and microscopy as a core technique to investigate transcription factors both in vitro and in vivo. This project is a multi-national collaboration with research groups in
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research environment for biophysics. Our group combines molecular dynamics simulations with machine learning techniques to understand how proteins, biomembranes, and small drug-like molecules interact
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and, for the first time, conformationally pure target molecules, investigated using purpose-built experimental setups. Experiments will be performed at synchrotron radiation sources and heavy-ion
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, Chemistry , Coherent Phenomena , Cold Atom Physics , Cold Atoms and Molecules , Cold QCD Group , collider physics , Collinear Fast Beam Laser Spectroscopy , Complex Quantum Systems , Computational Materials
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virus that then infects new hosts. Andino’s work has helped us understand that it is not a single type of virus that is transmitted but a cluster of closely related viruses, known as a ‘quasispecies
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, physiology, reproductive immunology, histology and functional morphology (in the context of evolution and ontogeny) into a single entity, the link between which is the immune system. The immune system is a
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of gaseous fuels remains a major challenge. Inspired by nature’s own strategies where organic molecules are used instead of hydrogen gas to store, transport, and deliver electrons in the form of hydride (H
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by our Immune Monitoring and Discovery Platform (IMDP), which provides comprehensive cell-based and molecule-based immunoassay services to support basic, translational, and clinical IO studies
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(UKRI). The principal goal is to bring about transformative changes in technologies which will allow us to see the biological world in new ways: from single molecules to entire organoids. The insights