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, the boundaries of the fluid can control their behaviour and flow patterns. However, many physical systems exist within a deformable environment, where this living liquid can simultaneously reshape its soft
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utilize physiological and molecular biological techniques to study the integrated and isolated effects of physical activity and training. The investigations include among other things evaluations of motor
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, analytical chemistry, physical chemistry and kinetics, and/or inorganic synthesis and characterization. Applicants can have a background from Chemistry, Chemical Engineering, Physics, Nanotechnology, Materials
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(specificity, sensitivity and predictive values) of various pm imaging diagnostic tools for the use in forensic odontology -and Disaster Victim Identification (DVI) casework. A key focus of this project is to
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for steering T cells away from self-antigens. Advanced gene-editing techniques will be employed to introduce or remove specific antigens within the organoids, enabling us to disrupt the T cell selection process
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pluripotent stem cells is beneficial. Working knowledge of stem cell biology, epigenetics and/or metabolism is advantageous. Highly motivated and ambitious candidates are encouraged to apply. The position
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‘Apply now’ below. The application must include the following documents in PDF format: 1. Motivated letter of application (max. one page) 2. CV incl. education, experience, language skills and other skills
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of the NAD+ generating and consuming pathways for maintaining tissue function and adaptability in response to metabolic stress. We employ innovative preclinical models to manipulate NAD-related metabolites