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to the development and optimization of new mass spectrometry methodologies and workflows. Develop, optimize, and validate computational workflows and data-analysis pipelines, including QC assessment, normalization
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microscopy, and machine learning. Our goal is to develop a protein biosensor optimization pipeline that integrates high-throughput functional screening with predictive deep learning to accelerate the directed
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. Perform standard molecular biology techniques (cloning, PCR, DNA/RNA isolation). Troubleshoot and optimize experimental protocols. Support protein expression and purification workflows. Contribute
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high-throughput screening assays and protein large language models to design new activity-dependent labeling enzymes and transcriptional reporters optimized for application in the peripheral nervous
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a dynamic Part time Administrative Assistant II to support the lab. Beneficial gut bacteria contribute to the optimal development of infant immunity and digestion. These bacteria rely on nutrients in
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is building a generalist biosensor optimization platform that will transform the pace and scope of biosensor development and make custom sensor engineering accessible to the broader scientific
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, including cloning and strain construction with verification. Grow and analyze bacterial cultures as part of experimental workflows. Contribute to troubleshooting and optimization of lab assays. Lab Operations
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) technology selection, (c) implementation style (degree of object orientation, degree of performance optimization, framework leverage), (d) likelihood of reusability or service containerization, and (e
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cloning and molecular biology techniques to support multiple projects in the lab. Express proteins using insect cell systems and assist in optimizing expression conditions. Carry out protein purification
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with diverse hardware: cameras, DAQ boards, GPUs, head-mounted displays, lasers/scanners.) Performance optimization for low-latency, precise, & dynamic virtual environments. Develop reproducible open