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part of the joint doctoral education programme in medical technology (KI-KTH) aiming toward a joint doctoral degree. The group offers a stimulating international research environment located within
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is performed by two facilities: the national genomics infrastructure (NGI), and clinical genomics. The clinical genomics facility utilizes the most recent computational technology, including the Dragen
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at the intersection of social sciences, humanities, technology, and medicine to create a systemic understanding and conditions for improving health for all. LIME’s activities include education and research on systems
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transcriptomics and genomics, protein engineering, 2-photon imaging, in case you do not have experience with the particular approach. You will also have a chance to collaborate with the scientists who are pioneers
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building with shared infrastructure for advanced technology platforms and built for interdisciplinary collaborations. Ongoing research is focused on understanding the molecular mechanisms for development
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Reviews Drug Discovery 2015). More specifically, the group focuses its work around understanding basic biology and how to genetically engineer NK cells to improve their in vivo persistence and homing
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genome technology groups at SciLifeLab and across Sweden, as well as with clinical research teams at Karolinska Hospitals, enable us to focus our research on human health using human clinical samples
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pathological states and to develop regenerative cell therapies for Parkinson´s disease. By integrating advanced molecular biology, stem cell technology and regenerative cell therapies, the lab bridges the gap
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bioinformatics, biomedical engineering, biotechnology, computer science, image/signal processing, medicine, software engineering, statistics or related fields. - A solid understanding of the basics of ML/AI (e.g
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the SciLifeLab platform “Chemical Biology and Genome Engineering”, CFG's mission is to support the Swedish research community in designing, executing, and interpreting large-scale CRISPR-based functional genomic