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Field
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mechanisms • Extensive hands-on experience with murine models of liver injury, fibrosis, and regeneration, including tissue dissection and downstream analysis • Proficient in flow cytometry, including high
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neuronal plasticity influences the brain’s processing of nociceptive information and how these changes contribute to chronic pain. You’ll play a key role in advancing ongoing research into novel molecular
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findings in written publications, incorporating new findings with the existing published literature. Collaborate to develop mechanistic and molecular models describing cellular/molecular mechanisms
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studies on scaffolds and in vivo testing in disease models; maintaining accurate and organized experimental records; presenting findings at national and international conferences; preparing manuscripts
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within the Stanford Division of Neonatology We are looking for a scholar with training and experience in immunology, molecular or developmental biology or related fields, interested to pursue a
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, multi-color flow cytometry, mouse disease models, human patient samples, 3D bone marrow organoid models, single-cell RNA-Sequencing, and general molecular and cellular biology techniques. Working
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. Research experience with DNA technologies, RNA sequencing, transcriptomics, genomics, immunoassay, biosensor, systems biology and/or bioinformatics. Interdisciplinary background or interest. Mouse model
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related to biochemical, cellular and molecular biology techniques. Working knowledge of animal models design and protocol preparation. Familiarity with initiating and maintaining primary cell cultures
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induced pluripotent stem cells derived cardiac organoids for disease modeling and gene editing. This research aims to deepen our understanding of dystrophic cardiomyopathy and develop novel therapeutic
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models and in vitro models to define the role of nutritional input and the underlying mechanisms in disease development and control. For instance, we have recently (Nature, 2019) employed metabolomics