Author: Jim Lynch
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Recovery from muscle loss injuries hindered by immune cell conflicts
Studies in mice show how the two of the body’s natural injury responders conflict following traumatic muscle injuries.
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Longer, more intense allergy seasons could result from climate change
Rising temperatures, increased CO2 will drive trees, grasses, weeds to produce more pollen.
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How well do boosters work? Depends on your genes
Computer modeling links a person’s genes to whether producing more antibodies will help them fight off the disease.
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Calculating the best shapes for things to come
A new algorithm efficiently determines optimal shapes for structures.
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Q&A with Henry Liu, Mcity’s new director
University of Michigan’s mobility research center has been realigned under Michigan Engineering.
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Parker Solar Probe data bolsters theories in long-running solar riddle
University of Michigan researchers were able to accurately predict when and where the probe would cross an important barrier in the sun’s atmosphere.
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NSF commits $3 million to diversifying STEM, continuing U-M led program
Collaboration with Michigan universities and community colleges taps local expertise and resources.
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Resistance is not futile: Predicting how changes in production, materials impact EV battery life
As battery makers race to keep up with demand, a quick and inexpensive step can save money and time in development.
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Energy from waste: $6.8 million for cow-inspired biodigesters
University of Michigan leads a collaboration of academic, municipal and private institutions to advance a renewable methane ecosystem.
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Individual finger control for advanced prostheses demonstrated in primates
An electrode array implanted in the brain predicts finger motions in near real time.
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Wastewater to drinking water: EPA grants $1.2M to U-M for virus removal study
In preparation for climate adaptation in water-stressed areas, researchers will assess how well existing treatment systems prepare water for reuse.
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$2M to replace fossil fuels with solar power in fertilizer production
The new approach could enable farmers to produce ammonia on-site, and also reduce CO2 emissions from fertilizer production.