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the way for novel QD based solar cell and related optoelectronic technologies. Drawing inspiration from high-entropy alloys, the approach involves blending five or more distinct QD populations of differing
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fuel cell and electrolyser models in COMSOL. The project will be jointly supervised by Dr Yagya Regmi and Prof Laurie King at Manchester Metropolitan and an additional industrial supervisor. This new
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related field, and will have experience with cell-free protein expression systems, protein engineering, high throughput screening and lab automation. Extensive experience with recombinant protein expression
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successful student in several highly desirable skills, both in the wet-lab and in genomics approaches. We are therefore seeking an enthusiastic graduate with an interest in advanced cell models and genomics
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, immune system interactions, and therapeutic potential of S. aureus cell wall glycopolymers, specifically wall teichoic acids (WTA). These groundbreaking insights will pave the way for innovative treatments
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must either have a PhD in a relevant biological subject or have submitted or about to submit their PhD thesis. Candidates must also have demonstrable expertise in biochemistry, cell biology and/or
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– both CO2 and non-CO2 (including contrails) – of various technologies, including electric aircraft (battery- and fuel cell-powered), hybrid-electric aircraft, next-generation propulsion systems
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consumables budget. This position will be based on the Aston Campus in Birmingham, UK. Background: Integral membrane proteins (IMPs) are essential for cell function and represent ~60% of all drug targets, yet
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interest in the linkage between the environment and fertility and the mechanisms involved. An underexplored element of male reproduction concerns the elasticity of the sperm cell membrane. Normal sperm
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(such as the National Travel Survey and mobile phone data) and primary data collection, for example based on a life-diary approach, to capture the interrelationships between mobility and lifestyle-related