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the field of computational fluid and solid mechanics. The fellowship will start on 15 June 2024, or as soon as possible after and is open for two years. The fellowship will focus on reactive transport
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they seek to transform the basic understanding of the mechanisms involved in metabolic health and disease, and to accelerate this knowledge toward new prevention and treatment strategies. The Center’s
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-of-the-art facilities to protein research. Dr. Duxin’s research aims at understanding the molecular mechanisms that ensure the accurate replication and repair of the genome and how defects in these reactions
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-of-the-art facilities to protein research. Dr. Duxin’s research aims at understanding the molecular mechanisms that ensure the accurate replication and repair of the genome and how defects in these reactions
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, including bending, twisting, and contact dynamics, as well as incorporating tendon-based actuation systems. The role demands a strong foundation in mechanical engineering, computational simulation, and a keen
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and imaging to mammalian cell cultures, organoids and zebrafish models, to study the mechanisms by which primary cilia assemble, disassemble, and function to coordinate cellular signaling networks
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/pro.4023). The catalytic mechanism remains unknown and the proposed project aims at understanding how the absence of a preformed active site can be coupled with high activity and highly specific
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relevant field such as Biomedical Engineering, Computer Science, Mechanical Engineering, Applied math, Robotics or similar. Strong foundation in biomechanical modeling, simulation, and/or machine learning
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to modify AD progression. The work will include iPSC culturing and differentiation as well as functional downstream analyses investigating epigenetic mechanisms, gene expression and cellular pathology
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technologies, and worked intensively on optimising methods and procedures for culturing epithelial cells from small biopsies, as well as mechanisms for expansion and transplantation into injury models. Based