Oronza Antonietta Botrugno

This paper identifies that cancer persister cells activate NMDARs to survive ferroptosis, and inhibiting both the Xc- antiporter and NMDAR/NFE2L2 axis resensitizes them to ferroptosis.

This paper develops a bioprinting system for miniaturized hanging-drop organoid cultures in sBME, improving scalability and reproducibility for high-throughput applications.

This paper introduces a high-throughput microfluidic platform for organoid culture and multi-omics profiling, demonstrating its utility in clinical and drug discovery settings.

This paper introduces a framework for integrating multiomic single-cell data using Wasserstein GANs, enabling analysis of more than two modalities with reduced computational burden.