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posted on September 4, 2014
MSI Principal Investigator Bin He, a professor in the Department of Biomedical Engineering (College of Science and Engineering) and Director of the Institute for Engineering in Medicine, leads a group of University researchers who have received a National Science Foundation grant as part of President Obama’s BRAIN Initiative. This program is intended to support new technologies that will help us understand how the brain works. Professor He and his research team will explore new multimodal neuroimaging technology for extremely high-resolution brain sensing and imaging. An article about this award is on the College of Science and Engineering website.
Professor He uses MSI to develop computer simulations to study how electromagnetic fields behave in biological tissue, in support of research into different kinds of medical imaging. This research requires a great deal of memory, multi-core processors, and high-capability software.
posted on September 2, 2014
MSI Principal Investigator Robert Tranquillo, Professor and Head, Department of Biomedical Engineering (College of Science and Engineering), is one of four researchers awarded a grant from the Clinical and Translational Science Institute (CTSI) and Pediatric Device Innovation Consortium (PDIC). Professor Tranquillo’s project is entitled “Preclinical Demonstration of Growth Capacity of a Tissue-Engineering RVOT Graft.” He is using MSI for a project developing a computational model that will allow evaluation of flow through tissues in engineered microvessels.
This grant is part of the Pediatric Medical Device Translational Grant Program; this is the program’s first year. An article with a program description and complete list of grant awardees can be found on the CTSI webpage.
posted on August 29, 2014
Three graduate student researchers at MSI have received fellowships for research under the MnDRIVE program area of Discoveries and Treatments for Brain Conditions. MnDRIVE is a partnership between the University and the state of Minnesota that is intended to advance research and innovation in four key areas. Besides brain conditions, the other three areas are Robotics, Sensors, and Advanced Manufacturing; Global Food Ventures; and Advancing Industry, Conserving our Environment.
The newly named Fellows are pursuing research and training in the emerging, trandisciplinary field of neuromodulation. The MSI researchers who are among the new Fellows are:
A complete list of Neuromodulation Fellows and descriptions of their projects can be found on the MnDRIVE website.
posted on August 28, 2014
Principal Investigator Thomas Hoye, a professor in the Department of Chemistry (College of Science and Engineering), has been named to receive the Ernest Guenther Award in the Chemistry of Natural Products by the American Chemical Society (ACS). The award will be presented at the ACS National Meeting in March 2015, in Denver, Colorado. See more on the chemistry website.
Professor Hoye's groundbreaking research into a fundamentally new reaction, the hexadehydro-Diels-Alder reaction, was featured in an MSI Research Spotlight last year. Experimental and initial computational results of this reaction have been published in the prestigious journal Nature.
posted on August 27, 2014
Two MSI Principal Investigators in the College of Science and Engineering (CSE) have been named Titans of Technology by the Minneapolis/St. Paul Business Journal. Professor Art Erdman (Director, University of Minnesota Medical Devices Center; Mechanical Engineering) and Professor Jian-Ping Wang (Director, Center for Spintronic Materials, Interfaces, and Novel Architectures; Electrical and Computer Engineering) will be honored at a luncheon in September. The awards recognize outstanding tech professionals and those who support technology.
Professor Erdman uses MSI for computer modeling and simulations that help solve problems in developing medical devices. MSI will be participating with the Medical Devices Center at the 2014 Minnesota State Fair on August 28, 12-6pm. Professor Wang has used MSI over the years for a number of projects related to electronic structures, most recently into the structure of Fe16N2. He has been featured this summer in articles about his most recent startup company and about the Twin Cities economy.