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Dr. Sophie Chauvet discusses how 3D imaging of the tumor microenvironment (TME) has brought new insights to the field of tumor innervation. Dr. Chauvet not only explains the concept of tumor innervation, but also discusses the underlying mechanisms that regulate this complex process. Presenting recent findings, Dr. Chauvet highlights the intricate nature of interactions between the sympathetic nervous system and tumors. Her extensive research on axon growth, guidance, and their association with solid tumors, particularly in the context of pancreatic cancer, holds great promise for future investigations and opens up new possibilities for potential clinical applications.
Dr. Sophie Chauvet's in-depth exploration of the tumor microenvironment (TME) is empowered by the utilization of the UltraMicroscope Platform, an advanced light sheet microscopy solution developed by Miltenyi Biotec. This cutting-edge 3D imaging technology offers a comprehensive perspective on the complex interplay between nerves and tumors, shedding light on previously hidden aspects of tumor innervation.
Miltenyi Biotec is a global provider of products and services that empower biomedical discovery and advance cellular therapy. Our innovative tools support research at every level, from basic research to translational research to clinical application. This integrated portfolio enables scientists and clinicians to obtain, analyze, and utilize the cell. Our technologies enable solutions for cellular research, cell therapy, cell manufacturing, and imaging. Our 30 years of expertise spans research areas including immunology, stem cell biology, neuroscience, and cancer, and clinical research areas like hematology, graft engineering, and apheresis. In our commitment to the scientific community, we also offer comprehensive scientific support, consultation, and expert training. Today, Miltenyi Biotec has more than 4,700 employees in 28 countries - all dedicated to helping researchers and clinicians around the world make a greater impact on science and health.