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to September 2031 Closing date: 20th October 2026 There are 2 positions available Background Vasculogenic mimicry (VM) is the process by which tumour cells imitate blood vessels allowing tumours to grow far
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alternatives could significantly improve diagnosis and patient care. This project aims to develop new methods for estimating blood pressure and quantifying flow inefficiencies using medical imaging, machine
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individuals with recurrent Major Depressive Disorder, including 2,500 with longitudinal biosampling. High-quality blood samples will be collected for whole-genome sequencing, epigenetics, and biomarker
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the OEIS, pioneer the use of mobile phone apps at scale for patient reported symptoms, and align with blood sample collection, for use in future genomic analysis and personalised medicine. The post will work
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individuals with recurrent Major Depressive Disorder, including 2,500 with longitudinal biosampling. High-quality blood samples will be collected for whole-genome sequencing, epigenetics, and biomarker
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of treatment, and evaluate outcomes after the procedure. Current echocardiographic measures of valve severity and haemodynamic performance rely on simplified assumptions about valve geometry and blood flow
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experience in working with human tissues, particularly collection, processing and analysis of blood and tumours. As such, you will have the ability to manage own academic research and associated activities
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of describing placental blood flow and biomechanics, and their impact on feto-placental exchange. This will involve employing tools from computational solid and fluid mechanics, finite element methods and
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humane endpoints. Collect blood, tumors, and other tissues; perform or coordinate necropsy and tissue processing; and support downstream histologic, molecular, and pharmacodynamic/target-engagement
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to investigate emerging ultrasound modalities such as blood speckle tracking (BST). BST provides information about intracardiac flow dynamics and can be used to derive parameters such as intraventricular pressure