Explore the Depths of Your Cells
Plunge into the intricate world of cellular biology with MERSCOPE UltraTM. Capture high-resolution spatial transcriptomics across an expansive 3.0 cm2 imaging area, revealing the transcriptome with unmatched clarity.
Pioneering Spatial Genomics
Vizgen is revolutionizing genomics with cutting-edge technologies that reveal the spatial organization of genes within tissues. By harnessing the power of MERFISH and the MERSCOPE platform, Vizgen enables researchers to explore cellular functions and interactions with unprecedented clarity and resolution.
MERSCOPE Ultra™
Advanced Spatial ImagingEnrich your research with the MERSCOPE Ultra™ system, designed to deliver unparalleled spatial genomics insights across an imaging area spanning 3.0 cm². Capture data with single-cell resolution across large tissue sections, streamlining high-throughput studies with ease.
MERFISH
The Technology Behind MERSCOPEEmpower your discoveries with MERFISH chemistry, the driving force behind Vizgen’s spatial genomics platforms. Map thousands of genes at single-cell resolution with unmatched accuracy and scalability, minimizing errors and maximizing data throughput for your complex tissue studies.
Post-Processing Tool
Achieve precise cell segmentation with the VPT Tool, simplifying boundary identification and alignment with MERFISH data. VPT enables single-cell output, ensuring accurate, high-quality spatial transcriptomics analyses.
Gene Panels
Streamline your research with Vizgen’s predesigned gene panels, eliminating guesswork in target selection. These panels enable comprehensive biological pathway profiling, saving time and boosting efficiency.
Lab Services
Simplify your workflow with Vizgen’s Lab Services, offering end-to-end support from sample preparation to data analysis. Leverage our expertise to generate actionable insights faster and focus on advancing your research.
Applications and Solutions
Neuroscience
Uncover the complexities of the brain with Vizgen’s spatial genomics solutions. Explore neural networks, cellular diversity, and gene expression patterns with unparalleled resolution and accuracy.
Tumor Profiling
Gain critical insights into tumor microenvironments with Vizgen’s spatial genomics technology. Analyze cellular heterogeneity, immune responses, and gene expression to advance cancer research and therapeutic development.
Driving Discovery Through Collaboration
Vizgen collaborates with certified service providers and strategic partners to push the boundaries of discovery and innovation. By combining expertise and resources, these partnerships empower researchers to deliver cutting-edge spatial genomics solutions.
What Our Customers Are Saying
“MERSCOPE is a game changer- it’s a giant leap from customer-built microscopes that only work in a few labs to a system that’s broadly adaptable. It’s really transformative because it allows molecular labs without experience with optics to use the system and generate high quality data.”
BING REN, PHD
UCSD Professor of Cellular and Molecular Medicine Member, Ludwig Institute for Cancer Research
“Using MERFISH technology, researchers at the Allen Institute were able to gather cellular-resolution spatial transcriptomic data that advanced us significantly closer toward our goal of creating a taxonomy of cell types and a description of their connectivity within brain circuits – laying the groundwork to one day understanding how brain circuits function.
In the hands of the research community, I believe that MERSCOPE will be a powerful tool for standardizing the way we characterize different cell types, not just in the brain, but also in the rest of the body, ultimately bringing a deeper level of understanding to all life science research .”
Hongkui Zeng, Ph.D.
Executive VP & Director of the Allen Institute for Brain Science100+
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Latest Updates in Vizgen’s Spatial Biology
Looking Toward the Future of Genomics
Vizgen is redefining our understanding of biology through advanced spatial genomics technologies. By enabling single-cell resolution insights, we empower researchers to uncover cellular interactions, tissue architecture, and molecular mechanisms.
