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remaining functional under harsh geothermal conditions. The candidate is expected to work closely with D-TECH and may undertake a secondment period to test and apply the developed methods on industrial-scale
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, the candidate will explore the evolution of the gut microbiome and changes in the epithelium in patients with Inflammatory Bowels Disease (IBD). To enable this, the candidate will develop new methods for high
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microbial communities using molecular methods (e.g. qPCR), confocal microscopy and optical coherence tomography. You will culture and identify bacterial isolates, and combine them into beneficial communities
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. The resulting findings will help understand how the brain works, how we can maintain brain health and what causes brain disease. Methods We will use the fruit-fly Drosophila as a model organism, for its
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. Despite wide application and increasing importance under sustainable environmental schemes, such as Environmental Land Management (ELMs), little is known about the contribution of NFM methods to landscape
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at the interface of Quantum Information and Computation with the study of Complex Quantum Many-Body Systems. For this, we apply a combination of methods from both Physics and Mathematics, complemented by concepts
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combustion environments. Alternative fuels have a different chemical composition from natural gas, which would change depending on the production method used. These unique compositions would translate
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is often challenging, and noninvasive methods tend to perform poorly. Existing lab techniques typically require invasive sample collection, followed by time-consuming culture and antibiotic resistance
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meiosis in Ceratopteris (microscopy and fluorescent in situ hybridization). Identify genes expressed during fern meiosis through molecular methods (RNA-seq). Map the expression of female meiosis genes
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methods including biomarker assessment using blood, urine, saliva, and hair samples, structural and functional neuroimaging, and questionnaire and behavioural assessments. The project will bring a unique