16 Humanities research jobs at University of Glasgow in United-States in United Kingdom
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to explore the nutritional benefits and opportunities stemming from enhanced/optimised micro-algal production, using models of human health. The post-holder will investigate the biomolecular composition
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: https://www.gov.uk/skilled-worker-visa. Disclosure Scotland The post for which you are applying is considered to be a child care position in terms of The Protection of Children (Scotland) Act 2003. It
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with local NHS management and subject to prioritisation of research). In relation to such supplements, the University will act as Paymaster only. Research Training Base The Clinical Research Fellow will
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radiofrequency (RF) coils for the UK National Facility for 11.7T Human MRI Scanning at the Sir Peter Mansfield Imaging Centre, University of Nottingham. You will be based at the Imaging Centre of Excellence (ICE
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management policies to collate the data via face-to-face interviews or through remote applications by administering the questionnaires or requesting participants to self-complete surveys using paper
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Job Purpose To make a leading contribution to the UKRI-funded Engineering Biology mission award project titled ‘Synthetically engineered microalgae for improved gut function and human health
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sensors to understand human health, extreme heat/cold, and fuel poverty, including: • The exploration of the use of smart data collection across indoor environment sensor measurements, smart metre
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animal models Skills Essential: C1 Sufficient depth of experience working with human haematopoietic/leukaemia stem cells in culture/assays, normally including sufficient masters project experience. C2
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‘registered work’ in terms of the Protection of Vulnerable Groups Act. It requires the successful applicant to become a Protecting Vulnerable Groups (PVG) Scheme member prior to appointment. This check is
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neurotechnology and Brain-Computer Interfacing. The aim is to explore long-term behavioural and neurological effects of regulating EEG brain rhythms in humans using two synergistic techniques: neurofeedback and