Abstract
Arterial pulsation in arteries is deeply related to cardiovascular diseases. Although experimental studies under the pulsation are important, experiments in vivo have various problem including high-cost, invasiveness, and individual difference. Then the instrument that can reproduce the behavior of pulsation in human body have developed in this study. Compared to previous studies, the instrument is developed by modifying input system and adding fluidic resistance. Therefore, the developed instrument can be a new tool to explore vascular mechanobiology.