Tyler F. W. Sloan

cellPLATO identifies cell behaviour in trajectory data by clustering morphology and motility metrics, revealing IL-15's role in increasing NK cell migration plasticity.

This study uses high-resolution imaging and computer vision to analyze astrocytic nanoarchitecture in mouse cortex, revealing organized structural components and their functional adaptations.

Usiigaci segments and tracks cells in phase contrast microscopy using machine learning, providing accurate cell movement and morphological data for migration analysis.