Tag: DoD
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Navy Seeks Graphene Nanoribbons for Electricity Distribution
20 July 2015. The U.S. Navy wants a more efficient way to distribute electric power on its ships, and believes ultrathin ribbons made of graphene may help them do it. The Office of Naval Research awarded an $800,000 grant to the lab led by engineering professor Cemal Basaran at University at Buffalo to find out more…
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Institute Developing Engineered Bacteria for Gut Diseases
17 June 2015. Engineers and medical researchers at Harvard University are designing genetically engineered bacteria that can diagnose and treat gastrointestinal disorders affecting travelers, as well as people suffering from acute or chronic gut diseases. The team from Wyss Institute for Biologically Inspired Engineering at Harvard developing the engineered microbes is funded by a $4.7…
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Heart-on-Chip Device Built to Screen Drugs
9 March 2015. A bioengineering team at University of California in Berkeley developed a device with cardiac tissue derived from stem cells that can test drug candidates for potentially toxic effects. Researchers from the lab of engineering professor Kevin Healy published their findings today in the journal Scientific Reports. Healy and colleagues created this device…
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RNA Flu Therapy Clinical Trials Complete Enrollment
19 February 2015. Two late-stage clinical trials testing an influenza treatment that disrupts a virus’s genetic replication ability finished recruiting more than 2,000 participants worldwide. The trials are being conducted by MediVector Inc., a drug development company in Boston, for Joint Project Manager Medical Countermeasure Systems, an office in the U.S. Department of Defense developing…
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Big Data Project Seeks to Autocomplete Software Code
5 November 2014. A new project led by computer scientists at Rice University in Houston aims to apply big data analytics and data mining for software developers to generate code the same way as search engines anticipate or correct the entry of search terms. The 4 year, $11 million initiative is funded by Defense Advanced…
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Ebola-Marburg Vaccine Development, Testing Contract Awarded
31 October 2014. A biodefense unit of the U.S. Department of Defense awarded a contract to vaccine maker Profectus BioSciences Inc. for development and testing of a vaccine protecting against the two major Ebola strains and related Marburg viruses. The $9.5 million contract with the Baltimore company came from DoD’s Medical Countermeasure Systems-Joint Vaccine Acquisition…
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Project Developing DNA Antibodies for Infectious Diseases
21 October 2014. The biotechnology company Inovio Pharmaceuticals Inc. and partners are developing synthetic antibodies based on DNA that generate an immune reaction to prevent infectious diseases, a project funded by Department of Defense Advanced Research Projects Agency or DARPA. The $12.2 million DARPA grant is supporting the work of Inovia, in Plymouth Meeting, Pennsylvania,…
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DARPA Funding Development of Brain Implants to Boost Memory
9 July 2014. Defense Advanced Research Projects Agency, a division of the U.S. Department of Defense, is awarding grants to two universities and a national lab to develop devices for implanting in the brain that can sense and restore memory loss. Research agreements totaling $40 million were designated for University of California in Los Angeles,…
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Medical Centers to Develop Brain Signal Tracking, Therapies
28 May 2014. Massachusetts General Hospital in Boston and University of California in San Francisco are developing technologies to analyze brain activity and deliver near real-time neural stimulation therapies. The five-year project is funded by grants from Defense Advanced Research Projects Agency (DARPA) of $30 million and $26 million respectively to Mass. General and UC-San…
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Study Aims to Boost Wireless Channel Management, Performance
5 May 2014. Researchers from University at Buffalo and the engineering company Andro Computational Solutions in Rome, New York are analyzing a scheme to make better use of the wireless radio spectrum and boost performance for the burgeoning number of devices with wireless connections. The four-year, $2.72 million project is funded by the U.S. Air Force Research…