Author: Medgadged

Handheld Eye Scanner to Detect Autism Spectrum Disorder

Researchers at Flinders University in Australia have developed a handheld eye scanner that could help to identify children with autism spectrum disorder. The device allows clinicians to obtain light-adapted electroretinograms, which involves detecting electrical signals in the retina. The device could help in diagnosing children with autism much ea (Read more...)

Pill-Sized Chemical Heater for Point-of-Care Diagnostic Tests

Researchers at the University of Toronto have developed a miniaturized chemical heater that can precisely heat biological samples during diagnostic tests, but does not require electricity or any specialized equipment to work. The low-cost technology is based on the exothermic reaction that occurs when lithium encounters water, and the precise shape (Read more...)

Brain Implant Powered and Controlled by Magnetic Fields

Neural implants may provide treatment options for a wide variety of ailments, including Parkinson’s and epilepsy, but such devices have to work for long periods of time in a very difficult environment inside the cranium. One challenge is providing power to brain implants and another is communicating with such implants to control their functio (Read more...)

Lensless Microscopy Chip for Diagnostic Applications

Researchers at the University of Connecticut have developed a lensless microscope that allows an observer to enjoy an enormous field of view. Instead of a lens, the system relies on a diffuser that lies between the object being imaged and the camera sensor. This novel technology could greatly help clinicians to assess diagnostic tissue samples [&he (Read more...)

Lensless Microscopy Chip for Diagnostic Applications

Researchers at the University of Connecticut have developed a lensless microscope that allows an observer to enjoy an enormous field of view. Instead of a lens, the system relies on a diffuser that lies between the object being imaged and the camera sensor. This novel technology could greatly help clinicians to assess diagnostic tissue samples [&he (Read more...)

Scientists Make Organs Transparent

Whole organs are difficult to study in minute detail, as they have to be sliced into extremely thin sections to map out their interior. CT and magnetic resonance imaging help to an extent, but researchers at the Helmholtz Zentrum München, Ludwig Maximilians University Munich, and Technical University of Munich in Germany have managed to make [ (Read more...)

COSMED Q-NRG+ Metabolic Monitor Cleared in U.S.

The FDA has cleared COSMED’s Q-NRG+ metabolic monitor, a device that uses indirect calorimetry to measure a patient’s energy demands. Q-NRG+, made by COSMED, a company based in Rome, Italy, can help to prevent malnutrition in seriously ill patients without relying on traditional, and often inaccurate, measures such as age, gender, weigh (Read more...)

QyScore Analyzes MRIs for Biomarkers of Brain Diseases

Qynapse, a firm headquartered in Paris, France, won FDA clearance for its QyScore software that analyzes brain MRIs for biomarkers of central nervous system diseases. It’s intended to help diagnose and monitor diseases such as Alzheimer’s, Parkinson’s, and multiple sclerosis, though it doesn’t do it on its own. The technolog (Read more...)

World’s First Portable MRI Cleared by FDA

Magnetic resonance imaging (MRI) has revolutionized medicine, but MRI scanners are so demanding that access to them is still a challenge. MRI machines typically require specially built rooms with magnet quench vent pipes, entry systems that check people for metals attracted to magnets, and specific protocols to ensure safety. Patients, therefore, h (Read more...)

Artificial Tissue Patches to Heal Damaged Hearts

Post myocardial infarction (heart attack), damaged heart tissue doesn’t tend to heal very well. Not only is the pumping action weakened due to muscle cells dying, but the electrical signaling through the heart can also be impeded. Scientists at Trinity College Dublin have now developed remarkable new patches that mimic the electrical conducti (Read more...)