MERSCOPE Ultra High-Resolution Single-Cell In-Situ Spatial Transcriptomics Analysis Platform

Position yourself at the forefront of scientific discovery with the MERSCOPE® Ultra Platform, the industry's high plex, in situ single-cell spatial genomics solution. MERSCOPE Ultra uses MERFISH spatial transcriptomics technology to directly map and quantify the spatial distribution of hundreds to tens of thousands of RNA species in individual cells, without the need for downstream sequencing. Benefit from ultimate flexibility and efficiency without compromising sensitivity as you dive deeper into cellular landscapes. Support for two different flow cell sizes optimizes cost per sample by enabling users to adjust reagent volume based on area imaged. Accelerate your research and discover new frontiers with MERSCOPE® Ultra, where every pixel holds the potential for a groundbreaking discovery.

How MERFISH Works
MERFISH technology expands on the capabilities of single molecule FISH (smFISH) by using combinatorial labeling, sequential imaging, and error-robust barcoding to detect RNA with sub-micron accuracy. This gives researchers a window into the intracellular organization of the transcriptome within every cell.
A Complete Spatial Transcriptomics Solution
We integrated MERFISH spatial transcriptomics technology with high resolution spatial imaging, fluidics, image processing, and automation to deliver a complete end-to-end spatial genomics solution. The MERSCOPE® Ultra Platform comes with everything your lab needs to get started with spatial imaging. We built our expertise into every component of the system so you can easily obtain and analyze high-quality MERFISH measurements.

The MERSCOPE® Ultra Platform is comprised of:
MERSCOPE Ultra Instrument & Analysis Computer
Intuitive Instrument and Visualization Software
MERSCOPE Reagents & Consumables
The system's error-correcting barcoding scheme and combinatorial labeling ensure the highest detection accuracy of transcripts. If the background fluorescence does cause a readout error, the system can easily assign the readout to the nearest correct barcode. While MERFISH doesn't require sequencing, the measurements taken with MERSCOPE correlate with bulk RNA-seq data and are highly reproducible between replicates. MERSCOPE provides a greater detection efficiency than array-based platforms, identifying 70x more transcripts per gene.

· HIGH CELL THROUGHPUT
Profile up to several hundred thousand cells in a single sample at low cost per cell
· FLEXIBLE WORKFLOW
For each experiment, users can select from either a large (FCX-L) or standard (FCX-S) flow cell allowing users to better align reagent consumption with area imaged
· LARGE IMAGEABLE AREA
The FCX-L flow cell supports up to 3.0cm² imageable area while the FCX-S supports up to 1.25cm²
· FASTER IMAGING AREA AND ANALYSIS SPEEDS
Analyze up to 9.0cm² per week
· FLEXIBILITY
Ability to run on many sample or tissue types, including fresh, fixed frozen, or FFPE human and mouse tissue
· FULLY COMPATIBLE
Works with existing MERSCOPE consumables and panels, up to 1000 genes full-custom
· 100-NM RESOLUTION
From whole tissue section to single-cell and sub-cellular imaging. Localize RNA transcripts at a sub-cellular level with ≤100 nm resolution.
· UNPARALLELED SENSITIVITY
Highest detection efficiency for capturing RNA transcripts, even for lowly expressed genes
· EXCEPTIONAL OPTICS
High-resolution optics result in single transcript spots appearing compact, enabling better discrimination between spots and more unique transcripts detected per cell
· EASY OF USE
Intuitive automation and complete reagent packs allow for a walk-away system.

Please contact us at for specific academic pricing.