We’re excited to be at #AACR2026 next week in ☀️San Diego !
Stop by booth #1655 for a live demo of the MERSCOPE Ultra™ Platform and get a preview of what’s coming next in our product roadmap.
Looking forward to discussing how #SpatialGenomics is advancing #CancerResearch.
Excited to share our #preprint showing that #macrophages in the regenerating #zebrafish #heart are shaped by local cardiac-immune microniches, with a fibroblast-to-macrophage signal promoting regeneration over fibrotic repair www.biorxiv.org/content/10.6...
@idrm.ox.ac.uk @oxforddpag.bsky.social
Huge thanks to everyone involved - with a massive shout-out to @ehsanrazaghi.bsky.social & @selintuzuner.bsky.social for driving this work while doing their MSc projects in the lab, to our collaborator @beckrichardson.bsky.social and @thebhf.bsky.social for supporting curiosity-driven research🫀
@vizgen.bsky.social #MERFISH
We’ve updated the Vizgen Customer Portal to make it easier than ever to find what you need.
From curated resources to integrated training videos and simplified search, everything is designed to help keep your experiments moving forward.
Plus access the latest data releases!
🔗 portal.vizgen.com
We’ve updated the Vizgen Customer Portal to make it easier than ever to find what you need.
From curated resources to integrated training videos and simplified search, everything is designed to help keep your experiments moving forward.
Plus access the latest data releases!
🔗 portal.vizgen.com
Learn more: vizgen.com/core-biomark...
Advance your #ADC research with OmniVUE™ panels powered by InSituPlex® chemistry.
Enable high-sensitivity multiplex biomarker detection in human tissues- supporting translational research.
Customizable panels (30+ biomarkers) deliver precise spatial proteomics data.
🔗 in comments.
Pre-designed panels support reproducibility, while enabling deep spatial insights. Using the IO panel, a FFPE colon cancer dataset captured ~150M transcripts across ~700K cells, resolving tumor populations & diverse immune subsets to map the TME. 🔗dataset: info.vizgen.com/merfish-2.0-...
New preprint: MERFISH 2.0, an ultra-sensitive spatial transcriptomics chemistry for diverse tissue types.
MERFISH 2.0 improves profiling of fragmented RNA across complex samples, enabling up to ~8× higher transcript detection sensitivity & improved cell recovery.
Link in comments.
Pre-print link: www.biorxiv.org/content/10.6...
New preprint: MERFISH 2.0, an ultra-sensitive spatial transcriptomics chemistry for diverse tissue types.
MERFISH 2.0 improves profiling of fragmented RNA across complex samples, enabling up to ~8× higher transcript detection sensitivity & improved cell recovery.
Link in comments.
This #HeartMonth, we’re highlighting how spatial transcriptomics is advancing cardiac research.
MERFISH 2.0™ enables high-plex, single-cell profiling across large cardiac tissue areas, including dense cardiomyocyte regions.
Explore our new flyer: vizgen.com/resources/ca...
We’re proud to support the spatial and single-cell community at #AGBT26!
Vizgen will be in Orlando (Feb 23–26) as a Contributing Sponsor, sharing the latest advances across MERFISH 2.0™, MERSCOPE Ultra™, and integrated transcriptomic + proteomic workflows.
See you there!
It’s always exciting to see spatial transcriptomics applied beyond traditional biomedical research.
Great work from one of our Certified Service Providers, @earlhaminst.bsky.social!
Explore the new Vizgen website.
Discover workflows and tools for spatial transcriptomics, spatial proteomics, and integrated RNA and protein analysis in intact tissue.
hubs.ly/Q03_DD9Q0
#SpatialMultiomics
Spatial transcriptomics reveals that microglia play more nuanced roles in Alzheimer’s disease.
A new @nature.com study identifies a PU.1-low, lymphoid-like microglial state near amyloid plaques, linked to reduced pathology.
hubs.ly/Q03-thJp0
Great recap from Stanford’s Beckman Center on the recent MERSCOPE User Group Meeting. A nice look at how researchers are applying spatial transcriptomics across brain development, disease, and aging while keeping tissue context intact.
hubs.ly/Q03-sXW30
#SpatialBiology
MERFISH is helping reveal how immune cells interact with glia in aging white matter.
In this webinar clip, the Groh Lab shows MERFISH-detected T cells forming distinct niches enriched for CXCL10, primarily from reactive astrocytes.
Full webinar: hubs.ly/Q03Z0mgP0
MERFISH is helping reveal how immune cells interact with glia in aging white matter. In this webinar clip, the Groh Lab shows MERFISH-detected T cells forming distinct niches enriched for CXCL10, primarily from reactive astrocytes.
Full webinar: hubs.ly/Q03Z0mgP0
We’re excited to announce the winners of the Human Cell Atlasing Grant Program! Each winner will receive one free MERSCOPE Ultra™ slide run using a MERFISH 2.0™ gene panel. Congrats to the winners! We can’t wait to follow your progress. #CellAtlas
At a time when the world faces immense challenges, science remains a powerful source of hope and progress.
Meet Vizgen's Kagimoto-san, who helps bring technologies to scientists, strengthening a global community committed to improving lives through innovation.
#BoundByScience
What if MS progression is driven by a tiny inflammatory rim at the lesion edge, not diffuse inflammation?
A new Immunity study used MERFISH on Vizgen’s MERSCOPE Platform to map active lesions and uncover this inflammatory niche.
t.co/Q1ATxCzyz2
#SpatialBiology
At Vizgen, we are incredibly proud of our worldwide team and the mission that binds us together.
No matter where we live, we are all bound by science, and united by what it makes possible. Meet Anjana from Melbourne, Australia.
#BoundByScience #SpatialGenomics #ScienceforGood
Miss our posters at #SITC2025?
Now available: Vizgen's poster presentations showing how spatial multi-omics deepens our understanding of the tumor microenvironment w/ MERFISH 2.0™, the MERSCOPE® platform, and InSituPlex® mIF workflows.
Download here: info.vizgen.com/sitc-2025-ca...
Read our latest blog to see how spatial multi-omics is helping researchers move from descriptive anatomy to mechanistic insight in neurodevelopmental disorders. (3/3)
vizgen.com/the-neurodev...
#Neuroscience #DownSyndrome
Using imaging-based spatial transcriptomics w/MERFISH on >240,000 cells in the mouse brain, enabled on MERSCOPE®, the team identified trisomy-associated gene expression programs in neurogenesis and gliogenesis that underlie altered cortical development in Down syndrome. (2/3)
New in @nature.com, researchers combined single-nucleus RNA sequencing, high-resolution #spatialtranscriptomics, and proteomics to map the molecular architecture of mid-gestational prenatal Down syndrome cortex and a trisomic Ts65Dn mouse model. (1/3)
Just published in Cell Press: Researchers used MERSCOPE® to show how microglia and astrocytes coordinate synapse remodeling in the intact mouse brain, revealing a spatially orchestrated glial dialogue that fine-tunes neural circuits. hubs.ly/Q03SdHXN0
Join us at #SfN25 to explore how high-sensitivity #spatialtranscriptomics is reshaping brain research.
Stop by booth 513 and our 2 poster sessions to see how MERFISH 2.0™ and MERSCOPE Ultra™ support deeper, more precise insights into the complexity of the brain.
