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targets that affect sensory neuron excitability following injury, and uncover the mechanisms that drive pain chronification. As part of our team, you will work directly with human dorsal root ganglion
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computational models with microbiome-driven mechanisms and lay the groundwork for studies on microbiome modulation as a therapeutic strategy. Integrating clinical expertise and advanced molecular analyses ensures
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advanced statistical techniques, computational modeling, network analysis, and machine learning to identify patterns and mechanisms linked to the onset and progression of mental health conditions
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computational models with microbiome-driven mechanisms and lay the groundwork for studies on microbiome modulation as a therapeutic strategy. Integrating clinical expertise and advanced molecular analyses ensures
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disease. Our research program focuses on identifying mechanisms involved in the progression of chronic kidney disease. Specifically, we investigate the mechanisms that regulate proliferation
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rehabilitation. The successful applicant will have the following technical experience in: PhD degree in Electrical, Mechanical, or Material Engineering (or related field) OR 3-5 years of industry experience
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academic Chair, where we interface robotic technologies with the neuromuscular system to improve movement. We apply artificial intelligence, computational modelling and biological signal processing, in a
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collaborative and internationally renowned research environment. The successful candidate will play a key role in advancing cutting-edge research focused on understanding the physiological mechanisms underlying
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on the molecular mechanism of DNA replication initiation in bacteria. This work is aimed at unravelling the sequence of events that lead to helicase loading during initiation and restart. This structural biology
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of Researchers (Charter and Code). Please, check out our Recruitment Policy The role We are seeking a motivated postdoctoral scientist interested in dissecting genome regulatory mechanisms underlying human