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learning that could drive the frontier of human genetics within the Endocrinology unit at the department of medicine, Huddinge. Description of the subject area At the Endocrinology unit we study the role
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Do you want to contribute to top quality medical research? In the internationally organized collaborative effort across research groups in Sweden and Finland,you will identify gene regulatory elements such as enhancers and gene promoters in dog and wolf genomes based on the most comprehensive...
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in the context of cardiac development and regeneration. Duties in the laboratory will include cell culture, human stem cell differentiation, cell transfection and evaluation of in vitro proliferation
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Institutet, Stockholm, Sweden). Description of the subject area The knowledge gained from developmental biology research is widely applied in regenerative medicine. Thus, we hope to improve human health via
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. liver biology and/or metabolic syndrome or similar Experience in liver biology modelling research, MAFLD and 3D primary hepatocyte NPC spheroid generation and culture Working knowledge on either human and
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Department of Learning, Informatics, Management and Ethics (LIME) works within some of the key areas important to fulfilling the motto of Karolinska Institutet ´to improve human health´. We focus
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candidate with an ongoing university education in medicine or molecular biology. In addition, the applicant must have: Experience of working with primary cells and cell lines, handling of human biopsies
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carrying components for gene editing are injected to engineer T cells in situ. These studies will be performed in humanized mouse models, with goals to develop translational tools for clinical applications
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malformation associated with inherited human vascular diseases. Utilizing mouse models alongside advanced technologies including single-cell RNA sequencing, we aim to decode intricate cellular mechanisms
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further assess the impact of muscle pressure on human spindles. The project will therefore add significantly to our understanding of how we perceive our muscles’ mechanical state. Moreover, advanced