We herein present a novel intravascular catheter, with dual-functions of electrical impedance spectroscopy (EIS) and flow fraction reserve (FFR), validated in live pig animal for atherosclerosis/plaques diagnostics. FFR has been the standard tool in determining plaque vulnerability yet could produce false negative results when stenosis is relatively small. Meanwhile, EIS has been demonstrated to specifically distinguish the lipid-rich pool, the signifying feature of rupture-prone plaques. The synergetic performance of these two functionalities can significantly enhance state-of-art diagnostics accuracy for atherosclerosis
Newer techniques are required to identify atherosclerotic lesions that are prone to rupture. Electri...
BACKGROUND: Newer techniques are required to identify atherosclerotic lesions that are prone to rupt...
Existing clinical intravascular imaging modalities are not capable of accurate detection of critical...
We herein present a novel intravascular catheter, with dual-functions of electrical impedance spectr...
Studies have shown emerging evidence that rupture of coronary plaque containing a lipid-rich core wi...
It is of great clinical interest to have easy and reliable diagnostic techniques to localize and ide...
Plaque rupture causes acute coronary syndromes and stroke. Intraplaque oxidized low density lipoprot...
The goal of this article is the conception, development, and evaluation of micro system-based impeda...
Four-point electrode systems are commonly used for electric impedance measurements of biomaterials a...
We designed a novel 6-point electrochemical impedance spectroscopy (EIS) sensor with 15 combinations...
Flexible electronics have enabled catheter-based intravascular sensing. However, real-time interroga...
Real-time detection of vulnerable atherosclerotic lesions, characterized by a high content of oxidiz...
The thesis reports about the feasibility of electrical impedance spectroscopy with microsystems for ...
Coronary heart disease is the leading cause of death in the United States and the incidence is proje...
ObjectiveAtherosclerosis is a chronic immuno-inflammatory condition emerging in arteries and conside...
Newer techniques are required to identify atherosclerotic lesions that are prone to rupture. Electri...
BACKGROUND: Newer techniques are required to identify atherosclerotic lesions that are prone to rupt...
Existing clinical intravascular imaging modalities are not capable of accurate detection of critical...
We herein present a novel intravascular catheter, with dual-functions of electrical impedance spectr...
Studies have shown emerging evidence that rupture of coronary plaque containing a lipid-rich core wi...
It is of great clinical interest to have easy and reliable diagnostic techniques to localize and ide...
Plaque rupture causes acute coronary syndromes and stroke. Intraplaque oxidized low density lipoprot...
The goal of this article is the conception, development, and evaluation of micro system-based impeda...
Four-point electrode systems are commonly used for electric impedance measurements of biomaterials a...
We designed a novel 6-point electrochemical impedance spectroscopy (EIS) sensor with 15 combinations...
Flexible electronics have enabled catheter-based intravascular sensing. However, real-time interroga...
Real-time detection of vulnerable atherosclerotic lesions, characterized by a high content of oxidiz...
The thesis reports about the feasibility of electrical impedance spectroscopy with microsystems for ...
Coronary heart disease is the leading cause of death in the United States and the incidence is proje...
ObjectiveAtherosclerosis is a chronic immuno-inflammatory condition emerging in arteries and conside...
Newer techniques are required to identify atherosclerotic lesions that are prone to rupture. Electri...
BACKGROUND: Newer techniques are required to identify atherosclerotic lesions that are prone to rupt...
Existing clinical intravascular imaging modalities are not capable of accurate detection of critical...