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inaccessible regimes. Work in the lab combines optics, protein engineering, chemistry, electrophysiology, simulation, and theory. We work at the levels of individual molecules, single cells, and whole
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kinetics of gene editors and RNA molecules to improve the precision and efficacy of gene therapies. Key Responsibilities Elucidate mechanisms of intracellular RNA trafficking using biomolecular assays and
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wide range of approaches: protein biochemistry and reconstitution, single-molecule biophysics, proteomics, metabolomics, fungal genetics, evolutionary analysis, mammalian cell culture, and live-cell
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the body’s immune system to fight cancer at all levels (https://cancer.osu.edu/piio ). Launched in July 2019 as part of a $102 Million pledge from Pelotonia (pelotonia.org), the PIIO represents Ohio State's
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about the Shih Lab: Learn more about the innovative work led by Dr. William Shih here: https://www.shih.hms.harvard.edu/ . What you’ll do: Develop DNA-based sensors that seed crisscross assembly of single
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, from studies of the behaviour of single molecules, to developing cells, neuronal circuits, and up to entire ecosystems full of living things. We are supported by platform technologies and facilities
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such as multimodal and single-cell imaging, translational neuroimaging, high-throughput metabolomics, proteomics and genomics, pre-clinical biotherapeutic production, pre-clinical modeling and animal
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of single dye molecules or their aggregates using ab-initio methods. This will involve describing the molecule’s vibronic structure and engineering its emission properties, e.g., by controlling the molecule’s
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their partners by using a combination of computational analyses, single molecule imaging and molecular approaches such as Electron Microscopy. The project will be realized in collaboration with research groups
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University-US2B) and a private company (Hemp-it adn). Candidates are required to submit their detailed CV and two letters of reference from their supervisors online in a single PDF document. - Research, design