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for the post-training process of our multi-modal microscopy vision foundation model, which includes model fine tuning on annotated data, and aligning learned representations across multiple microscopy modalities
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cell lines and supporting experiments for a group of graduate students and postdocs. The role will provide hands-on experience in tissue culture, cloning, sequencing-based applications, genomics, and
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-resolution microscopy to visualize vascular function and BBB dynamics. Analyze or support RNA sequencing experiments. Supervise undergraduate trainees and contribute to an open, collaborative lab culture
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strong critical‑thinking skills, technical proficiency in molecular biology workflows, and the flexibility to support multiple projects in a dynamic environment. Engagement with the broader genomics
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technologies in genomics and cancer biology. Conduct experiments in mammalian systems using tissue culture, sequencing approaches, and molecular biology tools. Support ongoing projects, contributing to resource
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. Specifically, they apply advanced genome sequencing methods to understand how segmental duplications give rise to new genes and recurrent rearrangements associated with the neurodevelopmental delay, including
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/or the analysis of next generation sequencing data would be a plus. A self-motivated mindset with the persistence to explore innovative research and address challenging scientific problems. Strong
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to present original work at scientific meetings. Access to world-class core facilities for animal modeling, structural biology, high throughput sequencing and screening, metabolomics, and many more. Access to
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-off, non-micromanaging management style that emphasizes trust, autonomy, and clear communication. Weekly alignment typically takes place at the start of the week, with flexibility as priorities shift
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, optogenetics, single-cell RNA sequencing, or proteomics. The Kim lab (located within the Omenn-Darling Bioengineering Institute and Princeton Neuroscience Institute) engineers technologies for stable, activity