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Field
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methods (e.g. immunoprecipitation (IP), mass spectrometry) and molecular biology are essential. Experience in stem cell differentiation, fluorescence microscopy and CRISPR/Cas9 gene editing are desirable
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cognitive neuroscience and imaging background, with an interest in connecting brain data to cognitive theories of compulsivity. You should also have a rich experience with neuroimaging methods and data
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candidate will have in-depth knowledge of how to address relevant biological problems using analytical methods from the fields of differential equations and/or stochastic processes, as well as computational
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verbal communication skills Conscientious and methodical approach to work
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partners, you’ll turn these insights into practical methods for smarter testing and control. You’ll need to have expertise in modelling and simulation of dynamic systems, strong programming skills, and the
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into practical methods for smarter testing and control. You’ll need to have expertise in modelling and simulation of dynamic systems, strong programming skills, and the ability to communicate your research clearly
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institute is expanding this approach to detect a wider range of biological molecules, including volatiles in human breath. In parallel, the Institute is developing state-of-the-art methods that integrate
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. Given the nature of the specific research, expertise in qualitative research methods would be an advantage with experience of undertaking case studies, stakeholder interviews, observation and familiarity
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HEK293T cells and/or insect cell systems) cell culture Experience in basic molecular biology and biochemistry techniques Experience in protein expression and purification methods Good understanding
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the discipline and of research methods to work within established research programmes. Applicants will be able to build rapport with our research participants within the context of one-to-one interviews over an 18