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, thematic analysis), with proficiency in NVivo or similar qualitative data analysis software. Demonstrated skills in simulation modelling and in designing and developing interactive dashboards to support
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. Furthermore, a novel predictive algorithm of School-age neuropsychological outcome will be developed combining radiomic model of brain development, with qualitative neonatal MRI findings. Achievement
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mechanisms that regulate dopaminergic neuron vulnerability in ageing and Parkinson’s disease, integrating human stem cell–derived neuronal models, in vivo studies and translational human tissue analysis
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biology, marine restoration ecology, and habitat survey techniques. Experience in habitat suitability modelling (e.g. MaxEnt, Random Forests). Experience in molecular ecology and genetic analysis
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to be genetically and biochemically characterised to see how they may alleviate inflammation in IBD-disease models. Microbiome and metabolome analysis of these in-house strains will finally be validated
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vaccine loaded microneedle process for technology transfer to GMP production. They will also be involved in immunogenicity testing of these vaccine dosage forms in vivo in pre-clinical models. The ideal
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. Good communication, organisation and interpersonal skills. A commitment to gaining practical experience working on a research project. Ability to work well within a team. Experience with modelling and
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analysis of sightings data for modelling species distributions. Please note that Garda vetting and/or an international police clearance check may form part of the selection process. Achievement
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Parkinson’s disease, integrating human stem cell–derived neuronal models, in vivo studies and translational human tissue analysis. The work focuses on how oxidative stress, mitochondrial dysfunction and
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sense the change in pressure, causing a reflex activation of the pharyngeal muscles to stabilise the pharyngeal wall. While this reflex has been extensively studied in animal and human models