In 2017, the University of Southern California will be a little bit larger, thanks to the addition of a new research center. Made possible by a $50 million donation from Gary and Alya Michelson, the USC Michelson Center for Convergence Bioscience will be the largest building on the USC campus (once completed) and will foster collaboration between researchers from different science disciplines.Read More
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To get under the skin of a tumor is a very difficult task. If the goal is to invade tumor cells, then classic drugs are simply too large to get through. A bioresearch team at the University of California, Los Angeles is collaborating with a startup company to develop particles small enough for the job.
In Science Market Update articles alone, we have seen the power of stem cells applied to restoring eye function and to repairing the brain at UW Madison. Not to be outdone, the University of Southern California is adding to the list of stem cell applications with its new study into repairing skeletal structures, in particular the ribs.
This June, we saw that Ann Arbor researchers were adjusting the process of cell autophagy in order to fight cancerous tumors. (You can read our article on the subject here.) This September, life scientists at the University of California, Los Angeles have found that tapping into autophagy may prevent the inevitable: that is, the aging of the human body.
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Last year, we reported on the shocking discovery of bacteria that could create an electric current by trading electrons with each other and their surroundings. The pair of microbiologists at the University of Minnesota who led the research speculated that there was much to learn and understand about these “electric bacteria.” Now research from the University of Southern California proves them right with a breakthrough realization about a special type of electric bacteria that extends electric wires from its body.
Part of a new $37.5 million life science grant from the Defense Advanced Research Projects Agency has been made available to researchers at the University of California, Los Angeles. The research funding will be shared with fellow science researchers at the University of Pennsylvania to build and test wireless implantable devices that can detect memory deficits caused by injury and try to restore normal function. The purpose of these devices is to help improve brain function for service members, veterans and others after traumatic brain injury or disease.
The National Institutes of Health has awarded the University of California, Los Angeles a $7.2 million life science grant to study genetic diseases and develop ways to diagnose rare genetic disorders. UCLA is the only university on the West Coast and one of only three in the United States with a laboratory that can carry out genomic sequence directly usable for patient care, making it the ideal university to receive this life science grant.
Researchers at the University of Southern California recently received $10.3 million in life science funding to help support the Southern California Clinical and Translational Science Institute. The project leader is Dr. Thomas Buchanan of the University of Southern California’s Keck School of Medicine, and the funding organization within the National Institutes of Health is the National Center for Advancing Translational Sciences. The new science research funding will help researchers and doctors improve medical treatment for patients in urban areas.
A research scientist at the University of California, Los Angeles recently received a $5.1 million life science grant for stem cell research from the California Institute of Regenerative Medicine. California’s state stem cell agency awarded the new research funding to UCLA’s Dr. John Chute so that he may further his investigations into creating new stem cell therapies in the medical field.