Taebi Lab | Research

Early Noninvasive Diagnosis

At the core of our work lies the belief that the human body holds the key to early diagnosis of various diseases. Different organs and systems generate unique vibrations that can provide vital information about the presence of pathological conditions. Drawing upon this insight, we are dedicated to developing innovative and noninvasive methods for monitoring and early diagnosis of cardiovascular diseases by measuring and analyzing these vibrations on the body surface. By harnessing the diagnostic power of these signals, we aim to revolutionize the way in which cardiovascular diseases are detected, bringing hope to patients and their families.

visionSCG

Contactless cardiovascular monitoring

We are working on novel contactless methods to monitor cardiac activity based on heart-induced vibrations of the chest.

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equiHeart

Non-invasive low-cost cardiovascular activity monitoring

We are developing affordable solutions based on heart vibrations to address some of the barriers leading to cardiovascular health disparities.

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twinHeart

Modeling cardiac system to develop diagnostic methods

We are working towards establishing diagnosis methods based on patient-specific numerical modeling of the cardiovascular system.

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Personalized Treatment & Pre-Treatment Planning

At Taebi Lab, we envision a future where healthcare is tailored to the unique needs of each individual. The traditional "one-size-fits-all" approach to treatment is no longer adequate in today's complex and diverse healthcare landscape. That's why we're dedicated to developing personalized treatments that are designed to maximize treatment effectiveness. By customizing healthcare decisions and calculations to each individual, we believe that we can achieve a higher level of efficiency and deliver better outcomes for patients. Our mission is to revolutionize the way healthcare is delivered, one patient at a time.

flowCare

CFD-based personalized treatment for cardiovascular diseases

We use computational fluid dynamics to model blood flow and develop personalized treatments for patients with cardiovascular diseases.

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Volunteer as a participant in our research studies!

Our research depends on participants volunteering to donate their precious time. As a result, we continuously look for participants for our in-person and remote human subject studies. If you are passionate to contribute to discoveries that may improve health care for you, your children, and your community, please consider volunteering!