Revolutionary Device: New Technology for Diabetes Detection and Management

Laboratory Diabetes Blood sugar
Picture: Pixabay

Last Updated on September 24, 2023 by The Health Master

New Technology for Diabetes

In a groundbreaking stride forward, a team of researchers from the esteemed Birla Institute of Technology and Science (BITS), located in Pilani, Hyderabad, has pioneered a revolutionary New Technology for Diabetes Detection and Management.

Cost between Rs 300 and Rs 400

Their innovative approach involves the creation of a portable system that harnesses the capabilities of 3D printing technology to analyze glucose and lactate levels present in sweat samples.

Unveiling a Game-Changing Solution

Published in Elsevier and strongly supported by the Telangana State Council of Science and Technology (TSCOST), the research study illuminates the immense potential of sweat as a primary analyte, particularly for the continuous monitoring of sugar levels among individuals grappling with type 1 and type 2 diabetes.

The Fusion of Cutting-edge Technologies

Professor Sanket Goel, a leading figure in the research team, sheds light on the origins of the device.

He elucidated that the system’s creation was achieved through an ingenious amalgamation of 3D printing, CO2 laser technology, and electrodes constructed using graphene—a remarkable feat considering the researchers themselves synthesized the graphene material.

“The non-invasive nature of this system eliminates the necessity of drawing blood for assessing glucose levels.

While it remains functional with blood samples, the true innovation lies in its capacity to accurately detect lactate concentration through the analysis of sweat samples,” pointed out Professor Goel.

Laboratory Diabetes Blood sugar
Picture: Pixabay

The Ingenious Mechanism of Lactate Concentration Detection

At the core of the device’s lactate concentration detection lies an innovative process. Professor Goel expounded, “The mechanism is based on Electrochemiluminescence (ECL).

Once sweat is introduced as input, the device triggers an electrical signal that initiates a chemical reaction resulting in the emission of light as output.

By quantifying the intensity of this emitted light, we can precisely determine the concentration of lactate.”

Precision Amplified by Machine Learning

To ensure the utmost precision in measuring lactate concentrations, the research team leveraged the capabilities of machine learning.

This technological partnership plays a crucial role in facilitating effective treatment.

Pioneering Portability and Accessibility

The team has achieved the development of a portable device that seamlessly connects with smartphones, granting users access to human metabolite data through a dedicated application.

Their ongoing efforts are currently centered around the development of a wearable version of the device, with the goal of enabling continuous monitoring of vital indicators.

Collaborating closely with a company, their collective aspiration is to bring this device to the commercial market within the next six to nine months.

The projected cost per unit, in the event of bulk production, is anticipated to fall within the range of Rs 300 to Rs 400, positioning it as an accessible and invaluable tool for effective diabetes management.

Conclusion: A New Dawn in Diabetes Care

The pioneering efforts of the research team at BITS Pilani, Hyderabad, have pioneered a revolutionary New Technology for Diabetes Detection and Management.

Through the ingenious fusion of 3D printing, advanced sensor technologies, and the power of machine learning, their portable and non-invasive device stands as a beacon of hope for those grappling with diabetes, promising more effective and accessible ways to monitor and manage their condition.

As the commercial release of this groundbreaking device draws near, the prospects for enhanced diabetes care seem brighter than ever before.

Disclaimer: This article contains information derived from the source mentioned below. Our team utilized an AI language model to rewrite and present the news or article in a unique format.

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