Innovative research on molecular systems of immune cells using combination of single molecule imaging and numerical modeling

单分子成像加上同时可视化细胞中几种不同蛋白质的能力，使分子动力学，相互作用和动力学的定量成为可能。基于这些三维和时间参数，我们研究细胞功能的数值建模和计算机模拟。使用单分子定量和“计算机模拟”建模的组合，我们为将细胞理解为分子系统开辟了新的前沿。

Single molecule imaging coupled with the ability to simultaneously visualize several different proteins in cells has enabled the quantification of molecular dynamics, interactions, and kinetics. Based on these three-dimensional and temporal parameters, we examine numerical modeling and computer simulations of cell functions. Using the combination of single molecule quantification and "in silico" modeling, we opened up new frontiers for understanding cells as molecular systems.