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Cardiac ICD Study

We are interested in identifying whether myocardial tissue composition visualized by Cardiac MRI has the potential to predict future ventricular arrhythmia or ventricular fibrillation beyond our current guidelines. If you have recently been referred for an implantable cardioverter-defibrillator (ICD...

Heart Failure Study

Participate in a research study that examines progression of heart failure by cardiac magnetic resonance imaging to study structural and functional changes in your heart muscle related to your heart failure. Research from these studies will lead to development of imaging biomarkers that can tailor...

Cardiac T<sub>1</sub> Mapping Dataset

This datasets contains cardiac T 1 weighted images for 210 patients (11 T1-weighted image x 5 slices per patient). Manual contours for Epi- and Endocardial contours are provided for each T 1-weighted image. Please cite this dataset as: "El‐Rewaidy, H., Nezafat, M., Jang, J., Nakamori, S., Fahmy, A.S...

Employment Opportunities

Join our Team: Research Assistant Our center is looking for a research assistant to assist in ongoing research projects including cardiac MR image analysis, patient recruitment, medical record data collection, and outcome data collection. Background in biomedical engineering, computer science is...

Clinical Study Information

Procedure: Participation in our study involves a one-time visit to our center. When you arrive, we will review the MRI safety form, scan procedure, informed consent form, and have you fill out a research payment form. We will then have you change into a hospital gown and pants. Please remember to...

Propagation of Light in Turbid Media

From astronomy to cell biology, the manner in which light propagates in turbid media has been of central importance for many decades. The theory of radiative transfer is widely used to treat this problem by considering the transport of light energy through a random medium and neglecting the wave...

In Vivo Noninvasive Optical Detection of Invisible Precancer 

The purpose of this program is to develop optical systems that can perform rapid optical scanning and multispectral imaging of the entire epithelial surface of various organs in the in the human digestive system and present a diagnosis in near real time. This approach should be vastly superior to...