Researchers used the world’s brightest X‑ray sources to image intact human organs at unprecedented resolution and launched an open‑access portal to explore the datasets. The project provides detailed 3D anatomical and molecular context across whole organs, enabling researchers to visualize tissue architecture without destructive sectioning. The public portal aims to accelerate translational research by making large‑scale, high‑resolution organ images widely available. Separately, a complementary imaging advance delivered a pocketable deep‑UV device that can map DNA and proteins in real time without labels. The deep‑UV pocket‑scope offers rapid, label‑free molecular contrast suitable for clinical and research settings where speed and minimal sample prep matter. Together, these imaging technologies expand tools for tissue phenotyping and could shorten preclinical workflows and diagnostic development timelines.