IMS2026 brings together three groups at ITQB NOVA: the Bacterial Imaging Cluster (BIC), the Biological Engineering & Microfabrication facility, and the AI-driven Optical Biology lab.

The Bacterial Imaging Cluster (BIC) provides state-of-the-art bio-imaging equipment and comprehensive training as part of Portugal’s national bio-imaging platform (PPBI). BIC connects researchers across institutions with cutting-edge microscopy technologies, specializing in imaging biological events at molecular and cellular scales. The facility offers access to advanced light microscopy systems and expert support for experimental design and image analysis.

The Biological Engineering & Microfabrication facility specializes in advanced sample preparation and fabrication techniques. This facility enables researchers to develop custom solutions for microscopy applications, from 3D-printed components to microfabricated devices that enhance imaging capabilities and experimental control.

The AI-driven Optical Biology lab develops AI-enhanced microscopy tools and super-resolution imaging technologies. The lab creates accessible platforms that democratize advanced microscopy, including NanoPyx for high-performance image analysis, ZeroCostDL4Mic for deep learning applications, and DL4MicEverywhere for cloud-based microscopy AI. These open-source tools help researchers worldwide push the boundaries of biological imaging.

We acknowledge ITQB NOVA’s Internationalisation Office for their support in organizing and coordinating this symposium.

Together, they’re hosting a symposium where light meets electrons, AI meets optics, and experts meet innovators. Join us to explore the future of biological imaging at ITQB NOVA.