Minnesota Supercomputing Institute
Researchers in biological sciences and medicine are using scientific computing in a number of exciting ways. One such is computer modeling of structures and organs of the human body.
Chemists are often interested in developing new catalysts that will improve the efficiency of chemical reactions. They can look to nature to provide examples when designing these new materials.
Galaxy is an open-source, web-accessible, integrated informatics solution for data-intensive research in biological and medical science.
A major concern of medical treatment is that patients can develop infections, either from exposure to dangerous microbes while in the hospital, or because these organisms are introduced by medical
Scientists who study the atmosphere have been interested in the behavior of sulfur compounds for many years.
The microbiome of the human digestive tract has become an area of a great deal of exciting research and discovery.
Nitrous oxide, N2O, is an important greenhouse gas and stratrospheric ozone depleting substance.
Current astrophysical research indicates that most of the mass of the Universe is made up of a substance called “dark matter,” so called because it cannot be seen.
Camera traps, which are motion- or heat-activated automatic cameras, are revolutionizing how researchers can study ecosystems, since they are noninvasive, relatively inexpensive, and are capable o