Biomarker depth with throughput. No compromises.

Introducing Orion HT — 20-channel imaging and 30-slide walkaway automation built for large-scale translational and clinical programs.

Learn more ➡️ rarecyte.com/orion-ht/?ut...

#SpatialBiology #SpatialProteomics #OrionSpatial

Treatment A, B, or C? How spatial proteomics research guides clinicians | Translation to healthcare YouTube video by SciLifeLab

While research continues to push boundaries, a gap remains between what is possible in a lab and what is feasible in a clinical setting. Here, we explore the critical #TranslationToHealthcare, with Charlotte Stadler, Head of our #SpatialProteomics unit 🧪

youtu.be/bRM5-_JaGsk
#Proteomics #MolBiol

We will be at #SiMBio2026 (IIT Hyderabad), Jan 19–23!
Visit our booth to meet our experts.

Don’t miss Benjamin’s talk on Abbelight nanoscopy + spatial proteomics (Jan 20, 3:40 pm-3:55 pm).

Read more: simbio2026.com

#SingleMolecule #SMLM #SpatialProteomics

#SpatialProteomics

iPEX
in situ imaging proteomics via expansion

Combining MALDI Mass Spec Imaging+isotropic Tissue Expansion

🐭retina🧠liver intestine
👤🧠organoid

Effective pixel size 2~5 μm, up to 1000 candidate proteins detected with ≥2 unique peptides

Nature 2025
www.nature.com/articles/s41...

Introduction to Processing and Analysis of Spatial Multiplexed Proteomics Data | PR Statistics This 5-day live online course provides a comprehensive introduction to processing and analysing spatial multiplexed proteomics data from imaging platforms such as CODEX, MACSIMA, and CycIF. Participan...

Spatial Multiplexed Proteomics Data course 9 to 13 Feb

An intro to processing fluorescence microscopy taught by Dr Victor Perez Meza, an image analysis specialist focused on artefact correction

prstats.org/course/intro...

#SpatialProteomics #SpatialOmics #ImageAnalysis #Microscopy #Bioinformatics

Microscopy-Guided Spatial Proteomics Reveals Novel Proteins at the Mitochondria-Lipid Droplet Interface and Their Role in Lipid Metabolism Mitochondria-lipid droplet (LD) interactions play a critical role in lipid metabolism and the progression of metabolic diseases such as non-alcoholic fatty liver disease (NAFLD). However, the dynamic ...

Using Microscoop®, we investigated protein interactions in nanoscale contact zones between lipid droplets and mitochondria, revealing key drivers of disease progression in NAFLD/MASH.

Full study → www.biorxiv.org/content/10.1...

#Microscoop #SpatialProteomics #NAFLD #MASH #BioRxiv

Excited to be the industry partner at King’s SMLM Symposium (26–28 Nov 2025, King’s College London)!

Come explore #STORM, #PALM, #DNAPAINT & #spatialproteomics with the SAFe Platform. Attend our talk on 26 Nov, 11:10 BST.

Register now: estore.kcl.ac.uk/conferences-...

#SMLM #Microscopy

With Microscoop®, researchers can go beyond assumptions to reveal novel proteomes across organelles, cells, and even whole organisms. By isolating proteins directly in their spatial context, Microscoop uncovers hidden molecular players that drive biology and disease.
#SpatialProteomics #Microscoop

Ghostly glows, mysterious patterns, and hidden worlds beneath the microscope... 👻🔬

At Syncell, we uncover the unseen — no tricks, just scientific treats.

Happy Halloween! 🎃
#SpatialProteomics #Microscoop #Halloween2025

From pixels to proteomes: Advanced spatial proteomics workflows for transformative biological insights Spatial proteomics represents a revolutionary frontier in molecular biology, enabling researchers to explore protein expression while preserving the critical spatial context of tissue archit

Join Thermo Scientific’s latest #spatialproteomics webinar featuring Dr. Max Ruwolt (FMP), a Syncell Microscoop Mint user. Discover how Orbitrap-powered workflows reveal novel protein players and pathways.

www.labroots.com/ms/webinar/p...

histoCAT user survey 2025 Dear histoCAT users, We have now release histoCAT_1.78.3, which now works on updated Windows and MacOS systems and leverages MATLAB2022b. For the next major update, we would like to learn more about...

We're excited to share that we have released histoCAT_1.78.3 🐈

For the next major update, we would like to learn more about your individual use cases and current needs.
Please fill out this survey to let us know your opinions:
tinyurl.com/histoCAT

#spatialomics #spatialproteomics

Syncell’s Microscoop® can be used seamlessly with FFPE tissue, fresh frozen samples, or fixed cells—empowering unbiased spatial proteomics across diverse sample types.

#SpatialProteomics #Microscoop #Syncell #BiotechInnovation

#USHUPO #proteomics #precisionmedicine #biomarkerdiscovery #therapeutictargets #singlecellproteomics #spatialproteomics #clinicalproteomics

#USHUPO #proteomics #singlecellproteomics #spatialproteomics #clinicalproteomics #therapeutictargets

From exciting booth conversations to Dr. Liao’s insightful talk at CN HUPO, it was inspiring to see so much enthusiasm for Microscoop® and its power to reveal high-resolution, subcellular proteomes. #CNHUPO #SpatialProteomics

Syncell Expands European Market Presence to Advance Disease Research and Drug Discovery | Syncell Inc Scientists at Max Planck Institute of Biochemistry and VIB are deploying Microscoop® Mint technology to gain the most precise and unbiased view of subcellular

Exciting news from Europe!
Matthias Mann’s team adopts Microscoop Mint for subcellular and extracellular spatial proteomics, while VIB’s Tech Watch Core evaluates the platform for use across 20 research programs. #SpatialProteomics

www.syncell.com/news-center/...

🔬 With advanced subcellular resolution, Syncell’s Microscoop® pushes beyond traditional proteomics—isolating proteins from the smallest and most delicate structures, with even finer resolution on the horizon.

#SpatialProteomics #Microscoop #HighResolution #Syncell

(1/2) #SingleCellProteomics and #SpatialProteomics… Here we go! We’ve just completed the training on the Cellen One system. Another big leap towards the new era of high-sensitivity #Proteomics at @irbbarcelona.org

Attending Imaging & Spatial Biology Days at Miltenyi! Always a pleasure to connect with researchers from around the world and to support our colleagues from the center presenting their work using MACSima platform.

@miltenyibiotec.bsky.social
#macsima #research #spatialproteomics

🚀 Heading to EMBL: Spatial Biology – the Melting Pot this October?
Don’t miss Syncell’s talks on how Microscoop® is transforming spatial proteomics with truly unbiased, hypothesis-free discovery.

#SpatialProteomics #Microscoop #SpatialBiology #EMBL2025

Microscoop® enables spatial proteomics at the highest resolution—helping researchers uncover more disease-relevant targets faster, with subcellular precision and without prior assumptions.

#SpatialProteomics #DrugDiscovery #Microscoop

Join our live session with Dr. Zhihong Chen, CTO, OCCAM Immune, Mount Sinai, for strategies for moving from high-plex spatial biology exploration to clinically actionable panels.

Save your seat: rarecyte.com/webinar-brid...

#SpatialBiology #Biomarkers #SpatialProteomics

Map organelle proteomes with subcellular precision.From cilia, mitochondria, to endsomes and more, Microscoop® offers unparalleled insights into organelle-specific proteomes.

#SpatialProteomics #OrganelleBiology #Microscoop

🔬 Syncell Microscoop is the only unbiased, hypothesis-free spatial proteomics platform—removing assumptions & uncovering the full proteome at subcellular resolution. Discover what others miss. syncell.com/microscoop/ #SpatialProteomics #UnbiasedDiscovery

Reprint-GW25007Syncell | GenomeWeb

Syncell in the Spotlight!
Featured in GenomeWeb, our Microscoop platform is redefining spatial proteomics with unbiased protein discovery at subcellular resolution.
📄 Read the full reprint: genomeweb.com/Reprint-GW25...

#SpatialProteomics #ProteinDiscovery #Microscoop #Syncell

🔬Unbiased protein discovery is now at your fingertips. Learn how you can now map pathway-specific localization & interactions in subcellular structures.

Join our webinar -zoom.us/webinar/register/5117561...

#SpatialProteomics #CellBiology

A phase 2 trial of CXCR4 antagonism and PD1 inhibition in metastatic pancreatic adenocarcinoma reveals recruitment of T cells but also immunosuppressive macrophages Pancreatic ductal adenocarcinoma (PDAC) is characterized by dense stroma and myeloid-rich microenvironment that confer resistance to immunotherapies. Previous studies demonstrated that disrupting t...

@johnshopkinssph.bsky.social: Another excellent paper from @wonjinho.bsky.social uses #IMC to profile liver immune microenvironments during inflammation, revealing complex immune cell compositions.

www.tandfonline.com/doi/full/10....

@standardbiology.bsky.social #SpatialBio #Spatialproteomics

We are delighted to share this latest GenomeWeb article by Adam Bonislawski which expands on Syncell's co-marketing agreement with Thermo Fisher, via interviews with Nikhil Rao, PhD (Syncell) and Bradley Hart (Thermo Fisher).
#SpatialProteomics #MassSpec

www.genomeweb.com/business-new...

A new approach to protein profiling in complex tissues A new imaging-guided sample preparation approach enables unbiased identification of all proteins within precisely defined tissue regions, expanding opportunities for drug discovery.

Thanks to Bree Foster for interviewing our CCO, Nikhil Rao, PhD and so perfectly profiling our Microscoop technology in this new piece for Drug Discovery News.

Read the article here ➡️ www.drugdiscoverynews.com/a-new-approa...

#spatialproteomics #proteomics #spatialbiology #MassSpec

Orion has arrived at The Ohio State University! Following a successful training at the Immune Monitoring and Discovery Platform (IMDP) last week, their team is ready to hit the ground running on spatial biology projects. Welcome to the RareCyte family!

#SpatialBiology #SpatialProteomics