Carlos Borau

Cellfoundry is a GPU-accelerated agent-based modeling framework for simulating cellular microenvironments, enabling the study of complex interactions between cells, extracellular matrix, and biochemical signals.

This paper develops a computational framework combining FEM simulations and regression modeling to design auxetic scaffolds, validated with experimental data and accompanied by a software tool for scaffold optimization.

This study presents a computational framework for designing auxetic fiber scaffolds using Melt Electro-writing, validated through FEM modeling and experimental testing to achieve tailored mechanical properties for soft tissue engineering.

The paper shows mechanical cues induce nuclear remodeling linked to radial glia-like competence across species, using a model based on nuclear geometry and cell density.