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Full-Text Articles in Business
Social Media And Supply Chain, Gema Vinuale, Pierre Frédouë, Antoine Jonquais, Nikhilesh Dholakia, Douglas Hales
Social Media And Supply Chain, Gema Vinuale, Pierre Frédouë, Antoine Jonquais, Nikhilesh Dholakia, Douglas Hales
Discovery@URI
With the rapid growth of social media, new challenges are being created for each process of supply chain management (SCM). In order to take advantage of the great potential of social media, managers and designers of SCM systems need to figure out ways to employ social media to improve the effectiveness and efficiency of their systems. This study is based on a systematic, multi-judge Q-sort assessment and analysis of a specified universe of reported early-stage cases and examples of social media usage in SCM contexts. The results of the Q-sort analysis help us in developing a conceptual model that depicts …
Partnership For International Research And Education In Microfluidic Technology With Applications In Point Of Care Diagnostic, Mohammed Faghri, Sigrid Berka, John Grandin, Thomas Mather, D.M.L Meyer, Zongqin Zhang, Otto Gregory, Stephan Grilli, Christopher Baxter, Constantine Anagnostopoulos, Assem Abolmaaty
Partnership For International Research And Education In Microfluidic Technology With Applications In Point Of Care Diagnostic, Mohammed Faghri, Sigrid Berka, John Grandin, Thomas Mather, D.M.L Meyer, Zongqin Zhang, Otto Gregory, Stephan Grilli, Christopher Baxter, Constantine Anagnostopoulos, Assem Abolmaaty
Discovery@URI
This poster summarizes the research highlights of a project conducted as part of an National Science Foundation (NSF) partnership for research and education. The objective of this multidisciplinary, international project was to conduct research on microfluidic technology and applications. The project team is comprised of participants from the University of Rhode Island and the Technical University of Braunschweig in Germany. The research focuses on the following four tasks: Task 1 – Discovery of disease biomarkers; Task 2 –Streaming based microfluidic platform for pumping, mixing, separation and detection; Task 3 – Development of rapid, quantitative and sensitive microfluidic fluorescence immunosensors for …