News

On Wednesday, August 5, from 04:00 - 15:00, MSI staff will perform scheduled maintenance and upgrades to the network and various systems. During this maintenance period, MSI will be performing the following updates:
MSI PIs George Weiblen and M. David Marks, both professors in the Department of Plant Biology, have published research that identifies a gene that distinguishes hemp from marijuana. This research could have implications for future industrial uses of hemp. Currently, legal restrictions affect both the growing of hemp and marijuana.
MSI Principal Investigator Art Erdman (Director, Medical Devices Center; Mechanical Engineering) was quoted in a recent article about how a Western bias in the development of medical devices can affect their
Two MSI Principal Investigators are featured in a recent post on the University’s Discover blog about deep brain stimulation (DBS), a therapy to alleviate tremors associated with Parkinson’s disease and other disorders. DBS uses electrodes inserted into a patient’s brain to electrically stimulate brain circuits, which causes the tremors to be greatly reduced or disappear completely.
Two MSI Principal Investigators are featured in an article in the latest issue of the College of Food, Agricultural, and Natural Resource Sciences publication Solutions.
The Office of the Vice President for Research has announced that two projects have been awarded Minnesota Futures grants for 2015. These grants fund cross-disciplinary research. Both of these projects, which address new approaches to treating disease, are being led by MSI Principal Investigators. The projects include (MSI PIs are in bold):
Two MSI Principal Investigators have received awards from the New York-based Simons Foundation, a foundation funding research in basic science and math.
A national team of researchers including MSI PI Julian Marshall (Fellow, Institute on the Environment; Civil, Environmental, and Geo- Engineering) recently published a study in which they showed that improving air quality in both “clean” and “dirty” areas could result in 2.1 million fewer air pollution-related deaths per year.