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to design new cell-sorting strategies, where collective effects can amplify subtle mechanical differences between cell types. Candidate Profile Training and Skills required Training : Applicants should hold
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Khan’s research develops and applies human organoid models to investigate the basic processes of blood and immune cell production, and how these mechanisms are disrupted in ageing and disease
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at the systems level. By integrating groundbreaking multiomic methods at the single-cell level with advanced experimental models, such as human organoids, the laboratory maps the molecular and cellular mechanisms
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mission is directly tied to the humanity, dignity and inherent value of each employee, patient, community member and supporter. Our commitment to learning across our differences and similarities make us
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/bjd/ljaf253. PMID: 40577595. 2: Favot-Laforge L, et al. Immune signatures across different stages of cutaneous squamous cell carcinoma. J Dermatol Sci. 2025;118(2):79-82. doi: 10.1016/j.jdermsci
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Full-time: 35 hours per week Fixed-term: for 36 months The opportunity: We are looking for a talented and enthusiastic postdoctoral researcher to join the Regan lab, to investigate sex differences
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of haematopoietic cells are influenced by different microenvironments. To achieve that, we use state-of-the-art single-cell RNA-seq, multiome, and spatial transcriptomics data generation combined with computational
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funded projects focusing on the cellular circuits underlying the neuropeptidergic regulation of emotions, led by Dr. Alexandre Charlet. Our current research interest lies in the modulation of neuron-glia
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microvascular dysfunction in diabetes and menopause, particularly in cell-cell communication, mitochondrial function, cell apoptosis/senescence, and calcium handling in the endoplasmic reticulum of endothelial
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microscopy datasets now capture millions of single-cell images across diverse perturbations, but differences in imaging protocols, marker panels, and cell types limit their integration and reuse. A key