AI-powered spatial biomarker discovery company PredxBio has announced a strategic collaboration with Hamamatsu Photonics K.K.

The partnership unites Hamamatsu's advanced MoxiePlex multiplex immunofluorescence imaging system with PredxBio's SpaceIQ spatial analytics platform to deliver an integrated workflow tailored to basic and translational research tailored to immuno-oncology.

Launched in late 2024, Hamamatsu's MoxiePlex is a research-use-only platform that captures up to 10 fluorescent markers simultaneously, enabling precise spatial mapping of proteins on cancer and immune cells within the tumour microenvironment. Designed to support the complex needs of spatial proteomics research while maintaining workflow simplicity, MoxiePlex may in the future be developed for clinical applications, especially in areas like immunotherapy response profiling.

James Butler, VP of Marketing at Hamamatsu Corporation, the US subsidiary of Hamamatsu Photonics said, “This partnership reflects a shared vision to unlock the true potential of spatial proteomics through innovation and accessibility. With MoxiePlex and SpaceIQ combined, we're delivering a solution that meets the demands of advanced cancer research today, while paving the way for future development of clinical integrations.”

By combining the high-resolution imaging capabilities of MoxiePlex with the explainable, multi-modal analytics of SpaceIQ, the joint offering creates a streamlined, plug-and-play ecosystem. Researchers can move from image capture to actionable insights—such as spatial immune cell profiling, pathway activation analysis, and biomarker stratification—with speed, clarity, and scalability.

Dr. Dusty Majumdar, CEO of PredxBio said, "We're excited to partner with Hamamatsu to bridge the gap between image generation and spatial intelligence. Our joint solution makes it possible to explore not only what proteins are expressed, but where and how they drive disease biology—empowering researchers and drug developers with insights that matter.”

PredxBio and Hamamatsu are jointly committed to simplifying spatial workflows while enhancing biological resolution. The integration supports spatially resolved proteomic data in support of translational research, biomarker validation, and clinical trial optimisation.