BioMEMS-Based Multimodal Platform for Engineered Cardiac Tissue Monitoring
Background: Three-dimensional cardiac tissue models require synchronized mechanical and electrical readouts for functional evaluation.
Technical route: Integrating MEMS strain sensing, microelectrode recording, low-noise acquisition, microscopy, and multimodal signal analysis.
My contribution: Platform design, sensing workflow integration, experimental measurement, and cardiac electromechanical feature analysis.
Representative results: Current public records describe the project as an ongoing PhD-stage platform for disease modeling and cardiotoxicity evaluation.
