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Field
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in the area of the lab. The focus of the Lab is in the area of differential protein expression in the human vascular endothelium, associated with normal or diseased tissues, offers the potential
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editing, high-throughput CRISPRko/i/a screening, single-cell multiomics, tissue engineering, and animal models. Our current research primarily focuses on four key areas: 1) Developing robust, chemically
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Postdoctoral Scholar – Research Associate to join the laboratory of Dr. Yang Chai (https://chailab.usc.edu/ (opens in new window) ). The Chai Lab is interested in the regulation of developmental patterning
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how fibroblasts from healthy colon tissue transition into distinct CAF subtypes and how these subtypes regulate epithelial plasticity and immune responses, promoting tumor progression and therapy
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, and use genetic screening approaches to characterise novel nuclear modifiers of disease progression. The focus of your work will be on studying how nuclear and mitochondrial DNA defects lead to tissue
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methods and other research tools to evaluate the effects of in vivo gene therapy treatments Perform tissue processing, histology and molecular studies using samples from mouse models Collaborate and support
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physiological and pathological loading protocols. Conduct ex vivo tests on murine tissues and analyze micro- and nanoscale cell/tissue deformation. Collaborate with IRMB to correlate ex vivo data with in vivo
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, a Horizon Europe Mission Cancer-funded consortium bringing together leading experts in cancer biology, immunology, systems biology, tissue mechanics, advanced imaging, and computational biology across
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within this project is mechanosensitive ion channel PIEZO1, a well-established mechanosensor present in diverse tissues and capable of detecting and responding to external and internal forces (like
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research related to tissue resident T cells in viral infections, cancer, and autoimmunity. You will perform studies in mice to evaluate the role of these cells in disease and homeostasis. This position will