Sensors made out of customized DNA molecules may be used to treat cancer in the future. At the University of California, Santa Barbara and the University of Rome Tor Vergata researchers are working on nanosensors that are made from DNA molecules and may lead to new cancer tests and possible drugs.
An identity management and security solutions provider, AuthenTec has announced that the TCS1 TouchChip fingerprint sensor along with the TCEFC1 TouchChip module empowers BI2 Technology’s Mobile Offender Recognition and Identification System (MORIS) with fingerprint identification capability.
A team of scientists have now given us technology that will allow us to have eyes and ears 5,000 meter under the sea. Researchers have completed tests on a revolutionary under sea network of hi-tech sensors that will likely change the face of oceanography forever.
Governor Deval Patrick unveiled a new rapid response motion sensor system at the Metro West Medical Center in Framingham this week. At the unveiling of the system called EarlySense he said that Massachusetts had a high success rate of marrying technological advances to improve patient care and create jobs in the state.
A team of researchers from the University of Illinois has developed fluorescing sensors that detect compounds interacting with estrogen receptors present in the human cells.
Developer of detection devices for homeland security, international and domestic military, law enforcement, government and commercial applications, Field Forensics has rolled out the IDEX 008 kit designed to sense Acetic Anhydride, a chemical required to process heroin from opium.
A detailed review has been published regarding the usage of nanoparticles in the detection of cancer cells and cancer biomarkers based on electrochemical and optical techniques.
A provider of embedded security solutions, identity management software, and fingerprint sensors, AuthenTec has announced the availability of its latest software development kit (SDK) for offering the fingerprint sensor feature on Android cell phones.
University of Cincinnati researchers have come up with a sensor that can rapidly detect dangerous Heavy Metal levels in human beings. The sensor that they have created provides fast feedback to the presence of heavy metals in general and manganese in particular.
Lumidigm has a new sensor that will make biometric authentication simpler and more affordable for business applications. The new Mariner fingerprint sensors can be used in health care, transportation, logistics, passenger identification, construction and heavy industry, to give an idea of the widespread relevance of this product.
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