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. The position is designed to provide opportunities to develop a competitive research profile and to contribute actively to the academic output of the host group.The main duties involved in a post-doctoral
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upper mantle. The MT results will be integrated with new geological and other geophysical results from a dynamic team working on this multidisciplinary project. Duties The main tasks are: Review of legacy
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next-generation therapeutic antibodies by tailoring glycan structures for improved stability, efficacy, and biological activity. A unique strength is integration with the COMMUNITY biobank at Karolinska
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. The applicant is expected to: 1) Independently plan and conduct experiments, 2) carry out research within the scope of the group’s program, 3) establish methods, 4) analyze research data, and 5) communicate
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sequencing (scRNA-seq and scATAC-seq), techniques for mapping 3D genome architecture (HiChIP, Hi-C, Capture-C), and bioinformatics analyses. The applicant is expected to: 1) Independently plan and conduct
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using genetic data from family-based studies as well as -omics data for integrative deconvolution and machine learning methods for prognosis and therapeutic biomarker development. The collaborative
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independently. PhD in a relevant field. Documented experience of 1D, 2D design and optimization or CFD work related to turbomachinery research will be considered a plus Assessment criteria This is a career
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PhD students. Our collaborative environment is multidisciplinary, fostering creativity and innovation. ( http://liu.se/loe ) You will work within the Electronic Plants group, led by Senior Associate
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on the LTH campus. At the Division of Sustainable Energy Systems, around 20 colleagues work, two-thirds of whom are PhD students. Within the research group for Energy Management and Planning, we conduct
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diabetes genetics and genomics. The methodological research may include but is not limited to statistical models using genetic data from family-based studies as well as -omics data for integrative