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in doing so. The Mechanistic Molecular Biochemistry Group (Prof. Ismail) investigates the molecular mechanisms and biological functions of disease-related proteins using a multidisciplinary approach
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into plant-available forms. This project will determine the mechanisms of microbial phytate degradation in soil and develop microbe-enhanced biofertilizers to reduce dependence on rock phosphate
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mechanisms. The overall goal of the research project is to develop process understanding and parametrizations that lead to improved, energetically consistent, climate models. Close collaboration with the other
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mechanisms underlying psychosis. The research utilizes advanced multiphoton imaging and virtual reality platform for simultaneous recording of animal behaviour and microcircuit activity. RESPONSIBILITIES
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current research focuses on oxygen-dependent regulation of RNA by phase separation, and mitochondrial responses to hypoxia (a decrease in oxygen availability). We seek to understand fundamental mechanisms
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Applied Chemistry, Bioengineering, Mechanical Engineering, Archaeology, or Cognitive Science. Challenge Scientific and Technological Innovation through fusion of disciplines The Graduate School of Frontier
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researcher who is passionate about developing automated systems for microbiological research. The ideal candidate has: An MSc degree in bioengineering, biotechnology, microbiology, computer science, mechanical
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degree or equivalent in Robotics / Aerospace / Mechatronics / Mechanical or Electrical Engineering, or related fields in Engineering or Computer Engineering Programming Skills: Design tools for Mechanical
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biological physicists who ask how physical mechanisms shape functional biological patterns. We combine statistical physics, nonlinear dynamics, mathematical modeling and data-driven simulation with physics
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Center (CRC) 1690 “Disease Mechanisms and Functional Restoration of Sensory and Motor Systems”. In our project, we study the disease mechanisms of human hearing loss. Based on our cooperative clinical work