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and interest in bioinformatics, endothelial cell biology, lung disease animal models preferred. Qualified candidates are encouraged to apply to Job Opening ID 536392 at careers.fiu.edu and attach a
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, remoulding, and pore-pressure variation. This project will develop a new computational model to simulate seabed–mooring interaction at the particle scale. It will combine the Discrete Element Method (DEM
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platforms to assist researchers in both genome-wide and gene-focused efforts such as next-generation sequencing, genotyping, somatic mutation detection and copy number analysis. We strive to be at the cutting
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historically challenging biological processes by developing theory, innovative modeling tools for large-scale biophysical simulations, and computational frameworks for analyzing increasingly large and complex
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degradation models for multiscale and multiphysics simulations of solid oxide cells Validate models using experimental data (e.g. IV curves, EIS measurements) Apply ML methods in combination with CFD
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attach a copy of the email you receive after saving the report to the application (please see the evaluation guidelines at https://www.helsinki.fi/en/faculty-medicine/about-us/work-us) A numbered list of
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Your Job: This work will be performed as part of an agile team unified by a common goal: An Industry partner from semen production provides fresh sperm cells and pre-analysis. A second industry
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mathematics, for example mapping out disease processes using single cell data, and using mathematics to simulate gigantic ash plumes after a volcanic eruption. In other words: there is plenty of room
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. Characterisation of nano-MIP–target affinities shall be explored using fluorescence and Quartz Crystal Microbalance (QCM)-based studies. The MIPs will be developed for use in circulating tumour cell capture
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and/or gut infections. A robust B cell response is protective; however, sustained B cell activation can lead to chronic diseases like cancer and/or autoimmunity. The project involves investigating