• Introduction
• Tools
• Publications
• Funding
• People

New discoveries in biology have required an extensive knowledge of cell dynamics. Knowledge of subcellular particles/structures such as organelles vesicles, and mRNAs is critical to understand how cells regulate delivery of specific proteins from the site of synthesis to the site of action for a better understanding of diseases and viral infections.

Quantitative spatial-temporal protein mobility study plays an essential role in experimentally comprehending and validating protein signaling mechanisms and protein-protein interactions. The goal of this system is to develop a unique and the first web-based open access Intracellular Cell Dynamics Analysis System (ICellDAS) for automating subcellular particle motion estimation, tracking and mobility analysis.

This website is based upon work supported by National Science Foundation (NSF) under CAREER Award No. IIS-0546605.