● Conducting the project on a clinically relevant diagnostic balloon catheter system that provides accurate & real-time vein size and compliance to improve venous stent delivery in a venous thrombotic swine model.● Collaborating with radiologist in developing a novel lymphatic access toolkit to address the existing problems of lymphatic imaging and intervention.

● Conducted the project for utilizing a novel xenogeneic vascular patch/graft in peripheral vascular surgery for repair/reconstruction. ● Conducted the research on blood flow regulation in the coronary vasculature with respect to the mechanics (contracting myocardium, vascular function along the coronary vascular tree). ● Conducted the investigation on lymphatic anatomy and fluid dynamics in thoracic duct and limb of swine model for the development of edema therapy. ● Participated in the research on the micro-structural and hence micro-mechanical basis for intimal hyperplasia of coronary arteries in hypertension. ● Participated in the investigation on optimizing the injection pattern of a biopolymer for treatment of heart failure.● Collaborating with electric engineer in developing an effective electrical stimulation to relax the radial artery for cannulation. ● Collaborating with engineers and scientists in developing the pulmonary/aortic valve based on a novel xenogeneic leaflet tissue to prolong the life span.

● Conducted the research on blood flow regulation in the coronary vasculature with respect to the mechanics (contracting myocardium, vascular function along the coronary vascular tree). ● Participated in the research on the growth/remodeling laws of myocardium in pressure-/flow-overload to understand the borderline from compensatory to de-compensatory heart failure.

● Conducted the research on an increase in blood pressure/flow influences the structure, function, mechanical properties, growth and remodeling of the coronary arteries.● Conducted the research on the role of vascular oxidative stress in chronic heart failure. ● Participated in the research on validating mathematical model of a coronary artery based on the micro-structure.● Participated in the research on scaling laws that define the extent of diffuse coronary artery disease.

● Conducted the research on vascular smooth muscle cell (VSMC) in response to cyclic stretch● Conducted the project on hypertension/flow-overload influences the production of nitric oxide (NO) in the coronary artery