Axel Visel
Papers
3
Total Citations
261
H-Index
3
About
Axel Visel is a pioneering researcher whose work sits at the intersection of developmental genomics, gene expression analysis, and neurobiological systems. His contributions have fundamentally advanced the tools and methodologies used to map gene activity across the developing and adult mammalian brain. Most notably, Visel played a central role in developing and validating the "Genepaint" robotic in situ hybridization platform, a landmark achievement that enabled large-scale, high-throughput gene expression analysis with signal quality rivaling traditional methods — work that has garnered 168 citations and transformed how researchers approach expression profiling. Building on this technological foundation, Visel has applied these capabilities to illuminate complex signaling systems, including a comprehensive characterization of adenylate cyclase expression patterns across the mouse brain, shedding light on cAMP-mediated pathways critical to neurodevelopment and pharmacology. His earlier work on high-throughput tools for decoding gene expression complexity in the mammalian brain laid critical groundwork for the field. Taken together, Visel's research has provided the scientific community with indispensable resources for understanding how thousands of genes are spatially and temporally regulated, accelerating discoveries across developmental biology, neuroscience, and genomics.
Research Focus
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Top Papers
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