Generative AI is rapidly transforming medical imaging, opening new opportunities for research, clinical decision-making, and education. The talk will begin with an overview of foundational generative models—such as GANs and diffusion models—and highlight key state-of-the-art applications currently shaping the medical imaging landscape. It will then focus on ongoing work leveraging diffusion-based models for critical neonatal applications, including gestational age prediction, synthesizing neonatal chest X-rays from clinical text prompts, and incorporating patient-specific details into image generation.
These capabilities underscore the potential of generative AI to create synthetic datasets, enhance diagnostic support, and enable research in low-data clinical settings. Inherent challenges inherent to real-world neonatal datasets will also be discussed, along with segmentation-based strategies for mitigating these issues. The session will conclude with future directions for integrating these methods into clinical workflows and their broader implications for applying generative AI beyond medicine.