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MIT Researchers Develop Implantable Device To Monitor Cancer, Tissue Scaffold To Regrow Cartilage And Bone
Surgical removal of a tissue sample is now the standard for diagnosing cancer. And while biopsies are accurate, they only offer a snapshot of the tumor at a single moment in time.
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Autism Spectrum Therapies Offers New Summer Programs & Services For Children With Autism And Their Families In Southern California
Autism Spectrum Therapies (AST), an agency providing behavior therapy and other autism services, now offers new summer programs for children of all ages and their parents. These fun, kid-friendly programs are designed to help children with autism disorders maintain their academic and communication skills over summer vacation and to develop new skills for the upcoming school year.
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Variation Of Natural Compound Cures Malaria In Mice
Approximately 350 million to 500 million cases of malaria are diagnosed each year mostly in sub-Saharan Africa. While medications to prevent and treat malaria do exist, the demand for new treatments is on the rise, in part, because malaria parasites have developed a resistance to existing medications. Now, researchers at the Johns Hopkins University School of Medicine have discovered one way to stop malaria parasite growth, and this new finding could guide the development of new malaria treatments.
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Ohio State Start-Up To Commercialize MRI-Compatible Treadmill

An Ohio State University researcher is shifting his development of an MRI-compatible treadmill to his start-up company and plans to have a device ready for clinical testing in three months. The treadmill could allow physicians to measure a patient"s heart during peak stress more accurately than the echocardiograph and nuclear imaging processes now widely used. Each year, U.S. cardiologists perform approximately 10 million treadmill exercise stress tests to evaluate patients with possible coronary artery disease. After exercise, doctors obtain images of the heart using ultrasound or other techniques. MRI offers clearer images, but because MRI machines contain giant magnets and treadmills are built using magnetic motors and materials, the two machines cannot be located in the same room. Orlando "Lon" Simonetti, associate professor of internal medicine and radiology at Ohio State"s Richard M. Ross Heart Hospital, designed a treadmill without magnetic parts, substituting a hydraulic motor for an electric one that uses a magnetic coil. Early in the process, the university"s Technology Licensing and Commercialization Office began working with Simonetti"s team to license the technology, and Ohio State recently transferred the IP to Simonetti"s start-up, EXCMR Ltd., which will spend the next year building and testing the treadmill prototype. The company could begin production on a finished product by the middle of next year, Simonetti says. Early research shows that administering an MRI immediately after stepping off a treadmill can measure heart function and blood flow better than conventional technologies. The MRI-compatible treadmill could reduce the need for multiple testing while identifying some heart problems earlier in the disease process. Since it was formed a year ago, EXCMR has raised about $240,000, and Simonetti expects to raise additional money to fund production. MedCity News


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