A few years ago, we witnessed the biotechnology industry’s first steps into bone regeneration; for instance, the University of Southern California was experimenting with stem cells to rebuild broken ribs. Now Michigan State University is learning the nuances of repairing more general bone fractures.
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Tags: Michigan State University, BioResearch Product Faire Event, MI, East Lansing, MSU, 2016
If you got behind the wheel of your vehicle to find that the fuel gauge had mysteriously disappeared, would you still drive it? University of Cincinnati researchers are studying a creative approach to fighting tumors that involves disabling cancer cells' energy resource sensors to stop them from proliferating.
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Tags: University of Cincinnati, BioResearch Product Faire Event, Cincinnati, OH, UCinci, 2016
When we talk about newly discovered drugs that fight diseases, it can appear that life science researchers pull solutions out of thin air. Indeed, very often the drug production process begins with a lengthy, tedious period of trial and error. However, a chemistry research group at the University of Illinois, Urbana-Champaign is attempting a more resourceful approach - discovering new uses for existing drugs.
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We’ve seen bacteria eat chlorine and even consume toxic byproducts of biodiesel plants, but researchers at The Ohio State University have found a new strain that takes the cake. These extremophiles literally eat biocide designed to kill them.
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Personalized medicine is taking on a new meaning. Bioresearchers began creating human body parts from stem cells, but now are moving on to creating human diseases. The University of Illinois, Urbana-Champaign is already growing tumors, as we saw in October. The University of Wisconsin, Madison is now following suit by growing personalized leukemia cells.
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To avoid clogging up our oceans and land space, companies and researchers have been trying for years to focus on producing biodegradable materials. We saw a University of Illinois team devise a method to convert plastic bags into biofuel just last year. Now a team of graduate students at the University of Minnesota has created a polyurethane foam that is biodegradable.
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Two years ago, we saw a remarkable advance in 3D printing technology: a professor and a doctor at the University of Michigan, Ann Arbor designed a splint to open the collapsing windpipe of a baby. A licensing agreement signed this month between these specialists and the 3D printing company Materialise will help such splints become a medical norm.
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There are many solutions to the challenge of producing food for an ever-growing human population. One approach is to simply produce more food; we have seen successes on this front from research teams at the University of Wisconsin, Madison and the University of Illinois, Urbana-Champaign. Another approach, proposed by biologists at Washington University, St. Louis, attempts to increase quality over quantity, increasing nutrient content in existing crops.
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Bioresearchers have long been studying the nuances of photosynthesis in an effort to improve an already excellent recipe laid down by nature. In recent experience, we have witnessed efforts to increase the efficiency of photosynthesis at Washington University in St. Louis and to increase the productivity of photosynthesis at the University of Illinois, Urbana-Champaign. Another research group at UIUC is now searching for a way to protect photosynthesizing plants from increasing drought rates.
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We often hear about the dangers that human encroachment has on coral reefs, but far less often do we hear of ways the coral can survive. Though global warming continues to threaten the coral reefs of the world, researchers at The Ohio State University have discovered that some species of coral are actually doing a very good job of surviving, and that their rate of survival is directly proportional to their fat content.
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