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Field
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, the project encompasses fundamental studies using HHG-driven XUV light for time-resolved molecular spectroscopy, targeting electronic structure and ultrafast dynamics in atoms and molecules, as
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or mapping single molecules within tissues for biomedical applications we want to hear from you. Join our interdisciplinary group as a postdoctoral researcher at Karolinska Institutet and help us transform
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to uncovering mechanisms that support target identification and validation, while also enabling the development of therapeutic molecules. As part of this team, you will engage with scientists across research
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the absence of antiretroviral therapy (ART). Using nonhuman primates as a preclinical model of HIV/AIDS, we have shown that a single dose of adeno-associated virus (AAV) vectors at birth can result in stable
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knowledge about how cells function by peering into their molecular components in time and space, from single molecules to native tissue environments. The applicant is expected to have a strong computational
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metals and inorganic materials are well-studied, little is known about systems where the host and dopants are small organic molecules (MoSS). There is huge potential of utilising MoSS for changing and
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valorisation process, performing the following tasks: - Implementation and execution of functional assays to test the efficacy, toxicity and oral absorption of small molecules or biologics in preclinical
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matrices to better control their confinement at single molecule level. Ultimately, this strategy leads to the specific capture of biomarkers (microRNAs, peptides) and developing early cancer diagnostics
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over 500 employees, we are a lively and dynamic international community of researchers who investigate with curiosity biological phenomena ranging from interactions of molecules to growth, development
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for the cascade (building on initial discoveries in our group), (ii) apply one or more biophysical methods, such as microscale thermophoresis, ITC, fluorescence polarisation, single-molecule FRET, to characterise