A new MEMS based scanning technology offers a different possibility for conducting confocal microscopy imaging in confined sections of a living human body. Professor Rebecca Kortum Confocal microscopy is an imaging technique that offers high-resolution imaging of living tissues (in ...

A biosensor developed in Clemson University, South Carolina, funded by the U.S. Department of Defense, will be able to transmit information regarding blood lactate and glucose levels of a wounded soldier or of other injured patients. The biochip will be ...

The resistance of bacteria to antibiotics makes the bacteria increasingly dangerous. Bacteria are capable of changing their genes in a random manner, possibly creating new proteins that are resistant to certain types of antibiotics. The problem worsens when you consider ...

Today, detecting cancer metastasis and remission is possible only when a sufficient amount of cancer cells can be found. Locating cancer cells in the blood indicates whether there is a chance of developing such metastasis or if the patient is ...

The Bernholtz Prize for originality and creativity in practical research was recently awarded to Ido Bazelet from the Pharmaceutical School of the Hebrew University in Jerusalem, Israel. Together with Ariel Munitz Bazelet is working on a project named RECEPTRA. The ...

The Israeli ‘Technion’ and The College of Judea and Samaria have developed a new nanobot that will be able to cruise inside the human body. In the last years scientists are making efforts to minimize robots so they will aid ...

The Israeli company OrSense has developed a new non-invasive technology for monitoring blood glucose levels for diabetes. The new technology will completely eliminate the need to draw blood, an ordeal that millions of people suffering from this incurable disease have ...

In the last several years robots have entered more and more areas of our lives. One of these new areas is medical treatment and surgery in particular where the high precision and stability of the robot can prove to be ...

U.S.-based Luminetx has developed the VeinViewer to afford medical professionals a quick and convenient look at a patient’s vasculature. A near-infrared LED (light emitting diode) source differentiates red blood cells of subcutaneous veins from surrounding tissues and arteries. Using a ...

A team of researchers from Caltech (California Institute of Technology) have developed a micro-sized laboratory capable of analyzing minute blood samples to determine the exact levels of red and white blood cells as well as other blood components. The research, ...