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Plant scientists recommend concerted approach to global food security Adobe Stock image By Roger Meissen | Bond Life Sciences Center Climate change presents increasing dangers to crops, and plant scientists across the world recognize rapid changes are needed to prepare for its threats. That’s the message a coalition of plant and agriculture researchers detailed recently…
By Sarah Rubinstein | Bond LSC Joe Lynch, Bond LSC principal investigator and assistant professor of Plant Science & Technology poses inside Bond LSC. | Photo by Roger Meissen, Bond LSC Whether growing plants in his garden or experimenting with moon dust, Joe Lynch is on the lookout for his next DIY project. As one…
By Sarah Rubinstein | Bond LSC Growing up in ’70s and ’80s Britain, 10-year-old Anthony Griffiths’ brain had the dangers of rabies seared into it during…
By Sarah Rubinstein | Bond LSC Rachel Carroll, research specialist in the Wes Warren lab at Bond LSC, stands with magazine cover for her study on fishing cats. | Photo by Braiden Wade As animals face increasing pressure from habitat loss and changing climate in the wild, zoos worldwide strive to reinforce diversity for at-risk…
By Sarah Rubinstein | Bond LSC Marc Johnson, a principal investigator at Bond LSC, works at his desk. | Photo by Braiden Wade When Marc Johnson set out to find the source behind the mysterious combinations of coronavirus mutations he found in wastewater, he had no idea this work could one day be his legacy. …
By Sarah Rubinstein | Bond LSC Bing Yang is a Bond Life Sciences Center principal investigator. | Photo by Braiden Wade, Bond LSC For a researcher passionate about making crops more resilient against diseases, working in a rapidly growing, influential country was a huge opportunity. Bing Yang, a Bond Life Sciences Center principal investigator, put…
By Sarah Rubinstein | Bond LSC Michael Arowolo is a visiting professor in the lab of Dong Xu, a Bond LSC principal investigator. | photo by Braiden Wade, Bond LSC The African proverb “it takes a village to raise a child” can especially apply in science where that village includes mentors like Dong Xu, a…
One University of Missouri researcher’s latest discovery, published this week in Proceedings of the National Academy of Sciences, revealed how a muscle cell’s mitochondria fail to generate enough energy for skeletal muscles due to one iron–sulfur protein. This understanding could one day help lead to treatments for diseases like Duchenne muscular dystrophy — the most common type of muscular dystrophy in children — and muscle deterioration associated with aging.
Kim Jasmer, assistant research professor of biochemistry, in the lab of Gary Weisman at Bond LSC | photo by Roger Meissen, Bond LSC By Sarah Gassel | Bond LSC In the spring of 2009, Kim Jasmer, a swimmer from the University of Washington, arrived at the University of Missouri for the Missouri Grand Prix, one…
Research illuminates how one of the most prevalent zoonotic diseases infects cells By Sarah Gassel | Bond LSC When bacteria invade a…
