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Spatially resolve tens to thousands of RNA, DNA, proteins, and therapeutic molecules simultaneously at sub-cellular resolution in 3D with a turn-key platform to drive greater insights into research, medicine, and healthcare.
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These cells move nutrients and waste to and from neurons, regulate electrical impulses, and control blood flow. Defective astrocytes can cause severe neural dysfunction, therefore studying adjacent cells can illuminate the nature and treatment of neuro-pathologies. (Protein marker GFAP in blue, RNA expression APOE in cyan and GFAP in green)
Microglia clean the brain of pathogens, plaques, damaged neurons and synapses. Clusters of microglia can indicate an injured or diseased brain area. (Protein marker CD68 in yellow)
These cells receive input from our senses, control muscles, encode memories, regulate heart rate, and many more fundamental aspects of our lives. Neurons connect to each other locally, cell to cell, and can send connections far through the central nervous system. Understanding our brains requires a complex map from the whole brain down to the nanometer scale. (RNA expression SNAP25 in red and SYN1 in white)
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Spatial in situ multiomics is a powerful technology for research and discovery applications.