How to convert climate-changing carbon dioxide into plastics and other products
Rutgers scientists have developed catalysts that can convert carbon dioxide—the main cause of global warming—into plastics, fabrics, resins and other products.
Rutgers scientists have developed catalysts that can convert carbon dioxide—the main cause of global warming—into plastics, fabrics, resins and other products.
Materials Science
Nov 20, 2018
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55
A research team led by Arun Iyer, Ph.D., assistant professor of pharmaceutical sciences in the Eugene Applebaum College of Pharmacy and Health Sciences at Wayne State University, has developed a nanoplatform technology that ...
Bio & Medicine
Sep 21, 2018
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147
Protein research is one of the hottest areas in medical research because proteins make it possible to develop far more effective pharmaceuticals for the treatment of diabetes, cancer and other illnesses.
Biochemistry
Sep 14, 2018
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67
Current WSU research shows stimuli-responsive nanoparticles can specifically target infections to simultaneously prevent the spread of bacteria and reduce the inflammation it causes. These microscopic particles are loaded ...
Bio & Medicine
Sep 11, 2018
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109
A groundbreaking discovery by chemists at The University of Texas at San Antonio (UTSA) will have a significant impact on how pharmaceutical companies develop new drug treatments. The breakthrough involves fluorine, which ...
Materials Science
Sep 5, 2018
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282
Drinking water from wells in rural north central Pennsylvania had low levels of pharmaceuticals, according to a study led by Penn State researchers.
Environment
Jul 31, 2018
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194
Meadowfoam, a native Pacific Northwest plant cultivated as an oilseed crop, has emerged as a potential new source of protection against the sun's harmful effects on the skin.
Biochemistry
May 8, 2018
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103
A new non-toxic method for delivering anti-cancer drugs to specific parts of the human body could mean the end of the severe and nasty side effects associated with many cancer therapies, according to researchers at Cardiff ...
Bio & Medicine
Apr 17, 2018
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25
ETH researchers have developed a new method of crystallising large membrane proteins in order to determine their structure. This will be of benefit to biological research and the pharmaceutical industry.
Biochemistry
Mar 5, 2018
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38
The development of a new technique for labelling the body's own transporters—exosomes—could have long term benefits in the treatment of life-threatening medical conditions, including cancer.
Bio & Medicine
Sep 28, 2017
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11