Embracing cellular complexity: Toward integrative, mechanobiological, and computational frontiers in cell science

In recent decades, cell biology has evolved from a discipline centered on isolated structures and pathways into a vibrant, multidisciplinary science that seeks to understand the cell as a dynamic, complex system. This transformation has been fueled by progress in imaging, high-throughput omics, biomechanical measurements, and - critically - advanced computational modeling. These developments now allow us to probe, quantify, and simulate cell behavior across biological, temporal, and mechanical scales.