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set on modern bird locomotion (with a focus on substrate-related variation) and use this data set to reconstruct locomotor anatomy and biomechanics in the extinct ancestors of modern birds. The research
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for informing rheological characterisation of living and model algal cell walls in dynamic and physiological environments. This exciting project aims to reveal the mechanical properties of the cell walls
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well as physiological responses. You will be working with an interdisciplinary team. We welcome applications from people with a broad background in Electrical Engineering and Electronics, Computer Science, and/or
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pathways, specifically chromatin and small non-coding RNAs, in regulating gene expression in the parasitic nematode Strongyloides. In this role you will use Strongyloides epigenetic profiling data
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). The project also includes the encapsulation active materials using ultrasonication methods for encapsulation of active materials for their use in targeted sustainable bioplastics. The post is available from 1