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Energy Physics High-Energy Theory Appl Deadline: 2026/01/01 04:59 AM UnitedKingdomTime (posted 2025/11/01 04:00 AM UnitedKingdomTime, listed until 2026/05/02 04:59 AM UnitedKingdomTime) Position
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and sequence-based mechanisms of gene regulation. Current projects focus on deciphering the regulatory landscape of the human genome by integrating AI-driven enhancer modeling with GWAS data and
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level training within the past 3 years. Experience in immunotherapy and cell and animal models of leukemia or cancer are preferred. The candidate is expected to be able to work independently and as part
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in innate immune cell function using the Drosophila model and human clinical samples. You will apply Drosophila functional genetics and infection studies, multiparameter flow cytometry, single cell-RNA
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will have demonstrable experience in brain/cancer research using in vivo models, primary cell lines and PDX models. Equally, you will have prior experience in single-cell and spatial omics and in vivo
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essential that you hold a degree in cancer biology, neurobiology, cell and molecular biology or a related field. You will have demonstrable experience in brain/cancer research using in vivo models, primary
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dedicated to developing sustainable polymers and materials via visible-light-driven processes. The core focus of this role is the design and synthesis of novel, recyclable polymeric materials using low energy
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-informed neural networks (PINNs) and potentially generative adversarial networks (Pi-GANs). These models aim to predict cell fate and tumor development in CRC. The postdoc will collaborate with both
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mouse models. · Perform mouse metabolic phenotyping and data analyses (e.g. glucose and lipid metabolism, glucose-stimulated insulin secretion, energy expenditure, and histology) · Apply
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project involves: 1) Conducting a detailed study of the space-energy effects that disrupt reactivity measurements during beam interruptions by performing novel measurements during source transients