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Andreas-David Brunner is a leading figure in spatial proteomics, a field that maps the distribution of proteins within intact biological tissues. His most-cited work, "Spatial proteomics in three-dimensional intact specimens" (2022, 114 citations), represents a breakthrough in deep-tissue imaging, enabling researchers to visualize protein localization in whole organs without sectioning. This innovation bridges the gap between traditional proteomics and spatial biology, offering unprecedented insights into tissue architecture and disease pathology. Brunner’s contributions have accelerated understanding of complex biological systems, from tumor microenvironments to neural networks, by providing a high-resolution, three-dimensional view of protein landscapes. His work is widely cited for its technical rigor and transformative potential, earning him recognition as a pioneer in integrating mass spectrometry with advanced imaging. Beyond this landmark paper, Brunner continues to develop novel methods for multiplexed protein analysis, pushing the boundaries of what is possible in spatial biology. His research is essential reading for students and scientists interested in proteomics, tissue biology, and the future of precision medicine.