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Development of a clinically-targeted human activity recognition system to aid the prosthetic rehabilitation of individuals with lower limb amputation in free living conditions
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Hardware tools for optogenetic neuroscience experimentation
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A study on the tolerance of intermittent hypoxia training and its effect on sensory and motor spinal pathways
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Towards the development of a spectroscopic point-of-care device for early disease detection and clinical diagnosis
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Development of feature extraction algorithms for real-time brain computer interface
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Design and development of a weight support device for upper limb stroke rehabilitation
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Characterisation of ion-beam deposited thin-film coating materials for use in future gravitational wave observatories
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Blood flow dynamics in surviving patients with repaired Tetralogy of Fallot
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Developing a microfluidic blood preparation device for ATR-FTIR spectroscopy
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Electrochemical biosensor development for enhanced detection of pathogens which cause sepsis and hyperinflammation
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Development of a DNA biosensor to detect antimicrobial resistance
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The development of an electrochemical sensor for detecting and measuring circulating tumour DNA in human fluids
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Development of a novel multi-stage limb salvage technology for the optimisation of tissue viability in severely injured limbs
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Biomechanical study of rigid ankle-foot orthoses in the treatment of stroke patients
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Hardware acceleration using FPGAs for adaptive radiotherapy
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Combining microfluidics with raman spectroscopy for the study of emerging cancer therapies
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Gait stability and balance strategies of both acquired and congenital lower limb prosthetic users in response to perturbations
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A bioelectronic approach to post-surgical anastomotic leakage diagnosis
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