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isotopic compositions (δ13C and δ18O) of ostracod valves from sediment cores collected in European lakes. To synthesize existing data, interpret them and promote them in the form of scientific publications
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solutions and have the opporutnity to contribute to world-class research, we encourage you to apply! Opporuntities to Contribute Develops dynamic river-lake network models to track the geochemical and
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. THE PROJECT: Cancer treatment is difficult because patients respond differently to therapies and because therapy responses are challenging to predict beforehand. The candidate will develop computational models
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, and implementation of medical devices, software, operational workflows, realistic spacecraft, and mission environment models for display on immersive screens and physical prototypes using 3D printing
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on the disease mechanisms underlying inherited retinal degeneration and hearing loss, the cell biology of photoreceptors and hair cells, and potential treatments. We utilize mouse models and various approaches in
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00247 - Pathology Location Campus City Salt Lake City, UT Type of Recruitment External Posting Pay Rate Range $62,232 - $65,640 Close Date 12/22/2025 Priority Review Date (Note - Posting may close at any
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synthesis, structural and spectroscopic analysis, and computational modeling of framework stability and transformations. The position requires a high degree of expertise in synthetic inorganic or materials
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University of New Hampshire – Main Campus | New Boston, New Hampshire | United States | about 4 hours ago
%) Conduct high-level research supporting the NSF CAREER project and other NSF grants (ENACTS and FMRG). Responsibilities include developing and implementing computational and experimental models, analyzing
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research laboratory uses stem cells for the study and treatment of diabetes. We have a wide diversity of projects involving stem cells differentiation, genetic engineering with CRISPR, disease modeling
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will investigate how neutrophils and platelets drive thromboinflammation, using confocal intravital microscopy, Luminex multiplex assays, gene knockdown and editing systems, animal disease models, and