Category: New products

  • Mobile App/Sensor Designed to Help Parents Control Stress

    4 June 2014. Computer scientists at University of California in San Diego and Microsoft Research designed a system for smartphones and tablets providing immediate research-based guidance for parents to control their stress. The team led by San Diego engineering Ph.D. candidate Laura Pina, with colleagues from Microsoft’s Visualization and Interaction for Business and Entertainment group…

  • Polymer CO2-Capture Material Devised for Natural Gas Wells

    3 June 2014. Chemists and materials scientists at Rice University in Houston developed a material that inexpensively extracts and captures carbon dioxide, or CO2, from natural gas wells at ambient temperatures. The team led by Rice chemistry and engineering professor James Tour, including colleagues from National Institute of Science and Technology in Maryland, published their…

  • Stress, Diet Apps Numerous but Offer Only Short Term Help

    30 May 2014. Online and mobile apps for stress management and healthy eating are numerous and gaining more users, but their impact appears to be short lived, according to an analysis by a researcher in Finland. Kirsikka Kaipainen, a research scientist at VTT Technical Research Centre in Espoo, Finland, published her findings earlier this month…

  • More Efficient Growth Factor Delivery Technique Devised

    29 May 2014. Biologists and engineers at Georgia Institute of Technology in Atlanta developed a new process that delivers tissue-building proteins used in regenerative medicine known as growth factors in much higher concentrations than current methods. The team led by Georgia Tech bioengineering professor Todd McDevitt published its findings online yesterday in the journal Biomaterials…

  • Drug Sensitivity Target Identified for Mesothelioma Therapy

    27 May 2014. Researchers at the biopharmaceutical company Verastem Inc. in Cambridge, Massachusetts found the loss of a certain tumor suppressor improves responsiveness to therapies targeting cancer stem cells that treat mesothelioma, an aggressive form of lung cancer. The team led by Verastem’s research director Jonathan Pachter, with colleagues from Fox Chase Cancer Center in…

  • Industrial Scale Graphene Production Process Devised

    23 May 2014. Engineers at University of Michigan, Massachusetts Institute of Technology, and glass manufacturer Guardian Industries developed a process for producing graphene that overcomes many of the obstacles preventing industrial-scale production of this material. The findings of a research team led by MIT’s John Hart and Guardian’s Vijayen Veerasamy appear online today in the…

  • Diagnostic Software Developed to Analyze Video for Autism

    22 May 2014. Computer scientists and medical researchers at Duke University in North Carolina developed software that uses computer vision to analyze video of an infant’s behavior for signs of autism spectrum disorder. The team from the lab of Duke computer engineering professor Guillermo Sapiro — with colleagues from Duke, University of Minnesota, and University…

  • Engineered Microbes Created to Clean Biodiesel Waste

    21 May 2014. Microbiologists at Michigan State University in East Lansing created a process with two types of genetically-engineered bacteria that work together to clean up the waste water in the production of biodiesel, and generate ethanol as a byproduct. The team led by Michigan State’s Gemma Reguera published its findings online earlier this month…

  • Students Invent Germ-Killing Catheter, Start Company

    21 May 2014. Five medical and engineering students at University of Utah in Salt Lake City invented a new type of catheter that emits high-intensity light killing bacteria before they cause an infection in the patient. The students also formed a new company, Veritas Medical LLC in Salt Lake City to take the invention to…

  • Wireless Power System Invented for Miniaturized Implants

    20 May 2014. Engineers and medical researchers at Stanford University in California designed a wireless system that can transfer electric power deep inside the body for miniaturized implants and other therapies. The work of a team led by electrical engineering professor Ada Poon was published online yesterday in Proceedings of the National Academy of Sciences (paid…