Adrian Ranga

The paper introduces a scalable micropatterning platform for generating reproducible, geometrically controlled neural organoids.

This paper presents 3D printed scaffolds with microtunnels for spinal cord injury treatment in rats, showing improved motor function and axonal regeneration.

This study reveals how CCM2-silenced endothelial cells use mechanical forces to recruit and reprogram wild-type cells, driving vascular lesion growth through force-guided invasion and cellular reprogramming.

This paper introduces a method to locally actuate organoids using magnetic nanoparticles, enabling precise mechanical perturbations and enhanced patterning in neural and mesoderm organoids.

This study generates human paraxial mesoderm organoids that form somite-like structures in vitro, enabling analysis of human spinal cord development.

The paper demonstrates that Wnt-driven Turing mechanisms mediate neuroepithelial organoid patterning through in silico modeling and scRNA-seq analysis.