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a novel platelet-neutrophil interaction where human platelets captured via VWF domain under flow are ‘primed’ and in turn recruit neutrophils, triggering neutrophil extracellular trap (NET) formation
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interdisciplinary environment, first-class mechanical and electronics workshops, and access to the King’s core facilities network. King’s is committed to an inclusive, supportive research culture. Researchers benefit
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project is to develop a series of surrogate models focusing notably on Physics-Informed Neural Networks to emulate the process of sediment deposition, diagenesis, and potentially fracturing, working closely
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Foundation and the Institute of Philanthropy to establish the Wastewater Surveillance for Pandemic Prevention (WaSPP) network. This network will develop and pilot wastewater surveillance strategies, laboratory
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(including a Parenting and Carers Fund and the Carer’s Career Development Fund), training, and a variety of diversity and inclusion networks. Staff can apply for flexible working to help them balance
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structures and initiatives around EDI, including information on staff diversity networks, can be found on our Equality and Diversity Intranet page .
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disciplines both within and beyond QMUL and are a core member of the International Trauma Research Network that includes academic partners across Europe and North America. Our highly developed human discovery
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disciplines both within and beyond QMUL and are a core member of the International Trauma Research Network that includes academic partners across Europe and North America. Our highly developed human discovery
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following areas: dynamical systems, ergodic theory, or the theory of networks. Moreover, the Research Associate will also engage in collaborative research, contributing to the theoretical development
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Medicine 2023) and dissect their context -dependent role during cancer evolution (Ganguli, Nature Cancer, 2025). We also maintain a highly accessed resource of cancer genes (http://network-cancer-genes.org