![AI-based analysis of 3D organoids – Accelerating translational cancer research AI-based analysis of 3D organoids – Accelerating translational cancer research](https://cdn.sanity.io/images/f5b6mtfn/selectscience-prod/013a241b2a2e46bbcf459ac2bdab5d19eb1500be-805x450.jpg?w=3840&q=75&fit=clip&auto=format)
3D organoid technology provides a unique opportunity to study health and disease biology in a biologically relevant setting, particularly for cancer research applications. Here, Dr. Christophe Deben, Group Leader of the University of Antwerp’s Tumoroid Screening Lab, shares his interest in organoid technology as a robust model for the translational study of cancer. He also explores how the University’s Center for Oncological Research (CORE) is using live-cell imaging of organoids to develop improved detection methods, screen new drug targets, predict therapy responses, and ultimately advance personalized medicine. Deben highlights how the use of AI-based image and data analysis software – specifically the CORE’s Organoid Brightfield Identification-based Therapy Screening (OrBITS) platform – enables researchers to automate their analysis processes, obtain deeper insights from live-cell images, and increase reliability, reproducibility, and throughput. This video was filmed at SLAS2023.