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translational research focuses on ligandomics, a new omics technology engineered by our group, for drug target discovery and novel therapy development to treat ocular diseases, including glaucoma, diabetic
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translational research focuses on ligandomics, a new omics technology engineered by our group, for drug target discovery and novel therapy development to treat ocular diseases, including glaucoma, diabetic
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tool, we use various in vivo mouse 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
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Biology in Cancer Genomics and Immunology. This position will be involved in the development and/or application of computational approaches to understand the mechanism of cancer development, progression
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translational research focuses on ligandomics, a new omics technology engineered by our group, for drug target discovery and novel therapy development to treat ocular diseases, including glaucoma, diabetic
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models, human tissue, stem cell models, and single-cell multi-omics to advance precision medicine. We place a particular emphasis on understanding mechanisms of cardiac arrhythmias to identify more
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, optogenetic, molecular and theoretical approaches to better understand the plasticity mechanisms involved in memory formation and stabilization. Position to run from 07-2025 to 07-2029. Job Duties Plans
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, optogenetic, molecular and theoretical approaches to better understand the plasticity mechanisms involved in memory formation and stabilization. Position to run from 07-2025 to 07-2029 Job Duties Plans, directs
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, genetic, and immunological approaches to understand the mechanisms of cancer predisposition, initiation, and progression and to develop agents (compounds, antibodies, and vaccines). The postdocs will
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), a center of excellence at BCM that seeks to discover fundamental mechanisms of gene control and to translate these discoveries into early therapeutic development. Our group aims to reveal mechanisms