Blood Glucose Hydrogel Sensor

Diabetes poses a significant health challenge, impacting millions globally. Effective management of diabetes requires continuous and accurate monitoring of blood glucose levels. At STEMart, our blood glucose hydrogel sensor development services are designed to provide cutting-edge, reliable, and user-friendly glucose monitoring devices for the management of diabetes and other glucose-related conditions. These advanced solutions empower individuals to manage diabetes and related glucose conditions with ease and confidence.

Our Comprehensive Development Services

At STEMart, we offer comprehensive development services for blood glucose hydrogel sensors tailored to meet specific requirements. Our team of experts can design blood glucose sensors with varying sensitivity, selectivity, and response times, ensuring optimal performance for different applications. In addition, we are dedicated to integrating hydrogel sensors with advanced technologies, such as wireless communication, smartphone apps, and wearable devices. This ensures that glucose monitoring solution is not only accurate but also highly portable and user-friendly.

At STEMart, our hydrogel sensors are designed with precision, leveraging state-of-the-art materials to ensure outstanding performance and biocompatibility. Recognizing that different hydrogel materials exhibit unique sensing mechanisms, we employ several sensing mechanisms in the development of our hydrogel sensors:

Electrochemical Sensing: This modality relies on the enzymatic reaction of glucose oxidase (GOD) to quantify glucose concentration. Our electrochemical hydrogels are engineered for optimal enzyme stability and sensitivity, making them ideal for continuous monitoring.
Optical Sensing: We use phenylboronic acid (PBA) or its derivative hydrogel sensors as recognition agents. These materials selectively bind with glucose, causing the hydrogel to swell and alter its optical properties. This mechanism allows for non-invasive monitoring through changes in transmission or reflection.
Fluorescence Detection: For applications requiring high sensitivity and real-time monitoring, we develop hydrogel sensors based on fluorescence detection. These sensors utilize fluorescent indicators that respond to glucose levels, providing clear and immediate feedback.

Types of Blood Glucose Hydrogel Sensors

Our blood glucose hydrogel sensors are available in two primary forms: implantable and wearable sensors. Each type is designed to meet different needs and applications.

Implantable and wearable hydrogel sensor. (STEMart original)

Implantable Hydrogel Sensors

Implantable sensors are designed for long-term, continuous glucose monitoring. These sensors are typically inserted subcutaneously and can remain in place for extended periods. Our implantable hydrogel sensors are biocompatible, stable, and provide accurate readings over time. They are ideal for patients who require continuous monitoring without the need for frequent device changes.

Wearable Hydrogel Sensors

For those seeking a less invasive option, we offer wearable hydrogel sensor development service, making them an ideal choice for those seeking convenient and non-invasive glucose monitoring solutions. These devices can be comfortably worn on the skin's surface, enabling easy access to glucose monitoring throughout daily activities. With advancements in design, our wearable sensors maintain high accuracy and responsiveness while offering flexibility and convenience.

Features of Our Service

Flexible design options for both implantable and wearable applications
Advanced hydrogel materials to ensure optimal performance and functionality
Multiple sensing mechanisms to meet diverse application needs
Non-invasive and minimally invasive options
Tailored solutions to meet specific client requirements.

Contact Us to Accelerate Your Sensor Development Project

STEMart's blood glucose hydrogel sensor development services are tailored to provide end-to-end solutions for clients looking to develop next-generation glucose monitoring devices. Our team of experts works closely with clients to understand their needs and design sensors that provide accurate and reliable glucose monitoring. Whether you need a long-term implantable solution or a convenient wearable device, our development service ensures that your project is supported from concept to completion. Contact us today to learn more about how we can help you develop the next generation of blood glucose monitoring solutions.

Reference

Xu, Fei, et al. "Hydrogels for tissue engineering: addressing key design needs toward clinical translation." Frontiers in bioengineering and biotechnology 10 (2022): 849831. Distributed under Open Access license CC BY 4.0, without modification.