Therapeutic Drug Monitoring (TDM) plays a vital role in maximizing treatment effectiveness while minimizing side effects. With a compact and easy-to-use device, patients and healthcare providers can gain real-time insight into how the body responds to medication.
<Device in use for TDM>
The Problem
For patients such as organ transplant recipients, continuous drug monitoring is critical—especially for immunosuppressants, where incorrect dosages can result in serious health risks. However, existing TDM methods require:
Regular hospital visits
Invasive blood draws
Long wait times for costly lab results
This makes timely and accurate dose adjustments difficult, increasing the risk of treatment failure or side effects.
Our Solution
We have developed a microarray functional electrode system and a compact impedance measurement circuit with an integrated algorithm to precisely quantify drug concentration in capillary blood.
Key features of our TDM device:
Handheld and portable: Easily used by both medical professionals and patients
Real-time monitoring: Drug levels can be measured anytime, anywhere
Safe and effective: Supports personalized dosing and enhances treatment outcomes
Our technology makes therapeutic drug monitoring more accessible, accurate, and patient-centered.
<Graph showing changes in drug concentration over time>
Therapeutic Drug Monitoring (TDM) plays a vital role in maximizing treatment effectiveness while minimizing side effects. With a compact and easy-to-use device, patients and healthcare providers can gain real-time insight into how the body responds to medication.
<Device in use for TDM>
The Problem
For patients such as organ transplant recipients, continuous drug monitoring is critical—especially for immunosuppressants, where incorrect dosages can result in serious health risks. However, existing TDM methods require:
Regular hospital visits
Invasive blood draws
Long wait times for costly lab results
This makes timely and accurate dose adjustments difficult, increasing the risk of treatment failure or side effects.
Our Solution
We have developed a microarray functional electrode system and a compact impedance measurement circuit with an integrated algorithm to precisely quantify drug concentration in capillary blood.
Key features of our TDM device:
Handheld and portable: Easily used by both medical professionals and patients
Real-time monitoring: Drug levels can be measured anytime, anywhere
Safe and effective: Supports personalized dosing and enhances treatment outcomes
Our technology makes therapeutic drug monitoring more accessible, accurate, and patient-centered.
<Graph showing changes in drug concentration over time>
