S-STEM Scholar Abdulla Albayati's Blog

Hello, After I researched Mr. Ui Luu's device to measure the glucose level in the blood noninvasively, I was assigned to research for new devices that are an updated version of Mr. Ui Luu's device. I found a really interesting new device that uses different methods and techniques to give the glucose level in the blood noninvasively, and these devices can be installed in many different parts in or on the body. Note; there some devices that will be installed right under the skin, so we might want to consider that as a semi-invasive device. The devices that I found are the following: Dexcom :  Continuous Glucose Monitoring (CGM) systems track glucose levels throughout the day. CGM users insert a tiny sensor wire just under their skin using an automatic applicator. An adhesive patch holds the CGM sensor housing in place so the sensor can measure glucose readings in interstitial fluid throughout the day and night. A small, reusable transmitter connects to the sensor wire and

hello, Last week, I did a presentation about a noninvasive glucose prediction device. This device was invented by a faculty member at Glendale Community College.  Mr. Ui Luu  invented this device with keeping in mind the importance of the speed and accuracy of the reading. His device was measuring the glucose level in the blood without using a blood sample, instead, the device is using light that is reflected from the skin as a lead to measure the glucose level in the blood. the invention consists of three components: an embedded microcontroller, a 20-bit analog-to-digital converter, and a stepper motor driver and position encoder Key responsibilities of the microcontroller include:  Controlling the illumination system;  Controlling the monochromator;  Capture and store optical data from the patient Interface and the photo detectors; and  Monitor temperature sensors on instruments and the patient interface. a 20-bit analog-to-digital converter, Two 20-bit anal