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combine bacterial genetics, genetic engineering and experimental phage biology to perturb host physiology and test causal mechanisms. The work will include constructing bacterial strains and reporters
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systems, sensing, wireless technologies and bio-inspired engineering. The successful applicant will focus primarily on the RF, high-frequency and experimental characterisation of externally fabricated
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engineered animal models and state-of-the-art technologies, we investigate the mechanisms by which inflammasome hyperactivation drives autoinflammatory diseases and inflammatory bowel disease. We also study
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stimulation (iES) and electrophysiological recordings (iEEG and single-unit recordings), with noninvasive brain stimulation and whole-brain neuroimaging to uncover causal brain circuit mechanisms across
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. The objective of the research is to advance the understanding of the mechanical behaviour of STC beams and to develop design methodologies and engineering solutions. The work is expected to combine experimental
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doctoral programme in Technology within three months of starting in the position. (https://www.usn.no/english/research/postgraduate-studies-phd/our-phd-programmes/technology/). The doctoral programme
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A1232 Working Title PhD MSE - Research Assistant Location Edinburg, Texas College College of Engineering and Computer Science Department College of Engineering and Computer Science / Mechanical
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Neuroimmunology Research Group: https://vhir.vallhebron.com/ca/recerca/neuroimmunologia-clinica · Cemcat : https://www.cem-cat.org The successful candidate will work on the project “Deciphering the Pathogenic
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Minimum Education and Experience: Ph.D. Degree in Mechanical Engineering or Energy Systems Engineering (or similar degree) or equivalent experience Experience performing and leading university research
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mechanisms underlying the development of obesity and breast cancer. The project will investigate the molecular mechanisms underlying obesity/diabetes development and breast cancer progression using a