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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 2 hours ago
biosensor design, electrode fabrication, surface modification, and electrochemical testing, with an emphasis on potentiometric and chronoamperometric sensing platforms. The candidate will collaborate with an
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will be automatically redirected to an external site after 5 seconds) Save job Click to add the job to your shortlist Send job Job Details The Solecki Lab is building imaging-based biosensor platforms
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biosensor platforms that make chromatin states directly visible, measurable, and experimentally queryable in living neurons. We are recruiting postdoctoral fellows who want to develop and apply advanced
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redirected to an external site after 5 seconds) Save job Click to add the job to your shortlist Send job Job Details The Solecki Lab is building imaging-based biosensor platforms that makes chromatin
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biosensor platforms that make chromatin states directly visible, measurable, and experimentally queryable in living neurons. We are recruiting postdoctoral fellows who want to develop and apply advanced
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-modal (omics, biosensor data, vision, electronic health data) - Perform single-cell and spatial multi-omics analyses at scale - Integrate genetics with longitudinal transcriptome, clinical, biosensor
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. Expertise in biosensor-based fiber photometry, EEG/EMG recording, and quantitative data analysis is also required. Key responsibilities: (1) In vivo two-photon imaging of cerebral cortex combined with
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biosensor capable of identifying breast and prostate cancer signatures directly from urine samples. The project takes inspiration from the highly sensitive olfactory system of C. elegans and brings
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focus of the present project (ULYSSES) is to transform early cancer detection by developing a portable and non-invasive biosensor capable of identifying breast and prostate cancer signatures directly
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-projects under the PI's direction. Supports the CPRIT-funded nano-biophotonics center's SERS/novel-material biosensor work for cancer diagnostics and supports the NIH-funded cardiovascular disease