Add Samsung Researchers’ Non-Invasive Blood Glucose Monitoring Method Featured In ‘Science Advances’

Samsung Researchers%E2%80%99 Non-Invasive Blood Glucose Monitoring Method Featured In %E2%80%98Science Advances%E2%80%99.-.md

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+<br>With diabetes and its related prices on the rise world wide, effective blood glucose monitoring is considered more necessary than ever. While typical methods have required folks with diabetes to prick their finger to extract blood drops, non-invasive options, which minimize patients’ pain and discomfort, have been a protracted-standing dream in diabetes administration. Recently, researchers on the Samsung Advanced Institute of Technology (SAIT), Samsung Electronics, in collaboration with the Massachusetts Institute of Technology (MIT), developed an revolutionary, non-invasive method for  [BloodVitals SPO2](https://nucleation.fusion.bref.cool/santo465615149/home-spo2-device8334/wiki/Could+i+be+Allergic+To+Makeup%253F) monitoring blood glucose levels that utilizes a way often called Raman spectroscopy. On January 24, the researchers offered their findings in Science Advances, a scientific journal from the American Association for the Advancement of Science. Raman spectroscopy is a spectroscopic method that utilizes lasers for chemical composition identification. Previous studies that utilized Raman spectroscopy for glucose sensing in current a long time demonstrated a capability to measure glucose primarily by presenting statistical correlations to the reference glucose concentration. However, those studies raised questions regarding the effectiveness and accuracy of utilizing Raman spectroscopy for glucose measurement as a result of an absence of direct proof for glucose sensing. To interrupt by the constraints that arose in prior studies, Samsung’s researchers developed an off-axis Raman spectroscopy system that permits the direct observation of glucose Raman peaks from in vivo skin. Utilizing this system, they demonstrated one in every of the best prediction accuracies among non-invasive applied sciences. The analysis team additionally developed an revolutionary technique for  [BloodVitals health](https://elearnportal.science/wiki/Paper-Based_Device_Boosts_HIV_Test_Accuracy_From_Dried_Blood_Samples) decreasing the consequences of movement artifacts on glucose sensing in Raman spectroscopy. "Non-invasive blood glucose monitoring has been a subject of nice discussion for many years, and that i consider that our findings will assist guide the path of future studies for non-invasive glucose sensing," mentioned Dr. Sung Hyun Nam, Master at SAIT’s Mobile Healthcare Lab.<br>
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