Unlocking A Better Future
Through Noninvasive Blood
Glucose Monitoring

Never let diabetes stop you from living a happy and successful life.
Introducing the AI medlab, a global platform of PoC devices to simplify and revolutionize measurement methods.

About us

AI Medlab’s Promise to Simplify Measurement Methods and Raise Living Standards

At AI Medlab, our primary focus is on the development of Point of Care (PoC) devices, with the ultimate goal of simplifying measurement methods in order to raise the standard of living for those who use them. This is the objective of our glucometer device. This gadget was developed to allow for the noninvasive monitoring of blood glucose levels in diabetic patients. It does this by recording output data on smartphones that are equipped with image processing algorithms.

The usage of a smartphone not only provides a tool for image processing techniques but also enables patients to access specialized management software.

A Global Problem That Needs
to Be Addressed

The prevalence of diabetes mellitus has increased rapidly over the past few decades. It is now estimated that around 10% of people in industrialized countries have the condition. This rise in diabetes cases has also been seen in developing countries, and the condition is now a global health problem. Roughly one-third of individuals with diabetes develop CKD (chronic kidney disease), and up to 50% of the dialysis population is diabetic. In addition, diabetes has risen to become one of the top ten causes of mortality worldwide, with a 70 percent increase in prevalence since 2000. As a result of all these factors, there is an increasing need for home glucose monitoring devices that are simple to use. So it’s important to test glucose levels regularly, and point-of-care devices can be very helpful for this purpose.

How Point-of-Care Companies Are Pioneering the Way Forward

Since quite some time ago, point-of-care companies have been at the forefront of the movement toward blood glucose measuring devices that do not require invasive procedures. As one of the most successful companies in the sector, we were aware of the fact that invasive blood sample technology for glucose testing will soon be rendered obsolete.

In addition to the fact that these devices may, in the long term, cause discomfort or infection symptoms from the location where they are inserted, the fact that they are painful may create a mental barrier for patients who must continually monitor their blood glucose.
Furthermore, a number of patients who have been required to use these devices have complained that, after a period of time of continuous use, the skin penetration point becomes complicated, and unpleasant skin changes occur there.

This has been the case for them because they have been required to use these devices continuously. In addition to this, the accuracy that these devices purport to possess is not always the case. Because the results are typically contingent upon the amount of blood used and the test strips’ quality, moreover, the price of these gadgets is disproportionately expensive to the problems that they cause; the use of pricy one-time strips may cause average consumers to experience financial difficulties.

The need for a blood glucose monitoring gadget that does not require invasive procedures, is reasonably priced, and is simple to operate is made abundantly evident by the aforementioned considerations.

Experience the Future of HealthMeasurements with AI medlab

It’s believed that critical health information is contained in biofluids. In this particular scenario, a number of studies have demonstrated that glucose may be retrieved from markers found in biological microfluidics, such as pH.
Because of these discoveries, the technology necessary to create a glucometer was eventually developed. In addition to that, the apparatus comprises components for validating the data acquired from microfluidics. We employ the calorimetric technique to interpret the data in such a way that when the strip comes into contact with the sample, it changes color. The glucose that is associated with that color spectrum is then displayed to the patient via the app that is installed on their smartphones.

Unlock the Potential of AI Medical Technology with AI medlab

Our device can determine blood glucose levels without drawing blood, lancing the skin, or causing the user any discomfort or physical harm. The method that is utilized in the glucose monitor not only satisfies the criterion that it be noninvasive but also, the patient does not need to perform any particular actions in order for the required microfluid to be extracted. Patients can check their blood glucose levels when they are at their most relaxed.

Your phone is your most valuable resource

Since the display of the output from our apparatus is dependent on a camera system, we made use of smartphones in order to satisfy this requirement. Our smartphones have become such an essential component of our lives that we can no longer function without them. The development of applications that can help us manage our illnesses and other conditions is one of the primary focuses of mobile software developers. As a result of this, AI medlab has developed glucometer software that gives patients the ability to check their blood glucose levels at a variety of different times throughout the day. Based on the scheduled programs, you will be notified when data collection is required. You can supply the specialists with the essential information and manage your condition overall.

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