Destroying a tumor is sometimes only the beginning when it comes to fighting cancer. We’ve seen a UCLA team eradicate tumor remnants in the bloodstream and a Cincinnati researcher who developed a method to prevent breast cancer tumors from leaving behind stem cells from which they could regenerate. Now a team at Washington University in St. Louis has discovered a way to shut down the stem cells in the tumors of brain cancer.
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For some diseases, one can “carry” the disease without showing any of its symptoms. In the case of Fragile X syndrome, a cause of autism and intellectual disability, there’s no such concept. However, researchers at Washington University at St. Louis are working on a way to reduce these carrier symptoms.
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If kidney cancer is diagnosed before it spreads, then doctors have a much better chance of curing it. In fact, 80 percent of kidney cancer patients who get their cancer diagnosed early survive. Unfortunately, most patients don’t find out about their affliction until too late. At Washington University, St. Louis, a group of researchers is working on a more proactive approach to detecting the disease.
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As one of only three large-scale, NIH funded genome centers in the United States, the Genome Institute at Washington University School of Medicine in St. Louis has been a large contributer to cancer research and the research of child illnesses since it was founded in 1993.
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In June 2015, the Medical School at Washington University in St. Louis will substantially grow thanks to a new medical building that is currently under construction. The new $81 million building, which began construction in 2013, will be composed of 138,000 square-feet of lab space in six-stories for researchers in different life science disciplines. (Image courtesy of Wikimedia Commons)
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Osteoporosis affects a large portion of the population in the United States. According to the National Institute of Arthritis and Musculoskeletal and Skin Diseases (NIAMS), over 52 million people currently have osteoporosis or are at the risk of getting it in the future. With such a high amount of people affected, many treatments have been used on patients suffering from bone loss. However, the current treatments for this disease have been linked with an increased risk of getting infections and certain types of cancers later on. Researchers at Washington University in St. Louis have recently discovered a way to create treatments for osteoporosis that lower the risk of aftereffects.
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When it comes to creatively solving problems in biotechnology, time and time again nature takes the cake. In our recent history, we’ve seen the University of Minnesota use the kava root to prevent lung cancer and Michigan State University take cues from a mouse to develop new anesthetics. Now researchers at University of Washington, St. Louis are looking to nature to solve a problem where biotechnology is at its wit’s end: developing an effective antibiotic.
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Washington University School of Medicine is constructing a new $75 million, 138,000 square-foot research building with a June 2015 target date for completion. The energy-efficient new research building at Washington University will feature state-of-the-art, highly flexible laboratory space where researchers will focus on the most prominent problems in human biology.
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The most deadly and contagious strain of malaria actually isn’t found in Africa- it makes its home in Southeast Asia and South America. Plasmodium vivax, as the strain is known, has been a worldwide challenge to treat and prevent. However, thanks to groundbreaking lab work from Washington University in St. Louis, researchers are developing an understanding of how this form of malaria works and what can be done against it.
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