ORGAPRED, a France-based core facility specializing in Affected person-Derived Tumor Organoid (PDTO) analysis, has chosen the CYTOQUBE high-throughput 3D imaging system from Hamamatsu Photonics France to assist customized oncology drug screening and therapeutic discovery. The system permits fast multi-color evaluation of PDTOs and strengthens ORGAPRED’s capability to judge remedy efficacy on these fashions.
Supporting customized most cancers remedy analysis and drug discovery
ORGAPRED is an revolutionary core facility devoted to the manufacturing of PDTOs (additionally referred to as tumoroids) to assist customized drugs and oncology analysis. Affected person tumor samples are used to generate tumoroids, that are cultured for a number of weeks and distributed into 384-well
plates for drug testing. The CYTOQUBE system permits fast 3D multi-color imaging to evaluate PDTO viability and cell demise, offering a complete analysis of remedy response.
With CYTOQUBE, we will analyze tumoroids in three dimensions throughout total plates, a lot quicker than with typical imaging approaches. This enables us to match drug responses extra effectively, to assist customized oncology analysis, and to speed up the identification of latest efficient therapeutic methods”
Dr. Romane Florent, Analysis Engineer, ORGAPRED
A collaboration developed over time
The connection between Hamamatsu Photonics France and ORGAPRED started in 2021 and progressed by scientific exchanges, conferences, and technical evaluations. In March 2025, an on-site system analysis supported ORGAPRED’s funding software and subsequent public tender course of, which was awarded in December 2025.
Demonstrated efficiency benefits
Throughout analysis, the CYTOQUBE system demonstrated intuitive operation, simplified protocol creation, automated tumoroid segmentation, and clear information visualization. The system performs a 3-color 3D evaluation in lower than half-hour, impartial of plate format (96, 384, or 1536 wells).
By comparability, typical confocal microscopy workflows might require extra time as a result of multi z-stack acquisition.
Supply:
Hamamatsu Photonics Europe