Syncell Inc
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Syncell Inc
@syncellinc.bsky.social
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Syncell's Microscoop enables high-sensitivity spatial proteomics, allowing researchers to isolate and identify proteins at precise locations for discovery.
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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
Join us for two immersive days exploring the future of precision medicine across cutting-edge programs.

🔹 Panel - Addressing the Future Needs of Spatial Multi-omics | Oct 27, 12:15–12:40 PM
🔹 In-Program Presentation – Oct 28, 11:20 AM
📍 Find us at Table No. 35 – see you there
A great day connecting with Korea’s proteomics community at KHUPO! We appreciated the opportunity to share how Microscoop is redefining spatial proteomics, enabling researchers to uncover subcellular proteomes with precision and depth — from individual organelles to whole tissues
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
Microscoop pinpoints stress granules and photobiotinylates their proteins in situ—making once-invisible subcellular proteomes discoverable.
👉 Take a look at this bioRxiv preprint: Microscopy-guided subcellular proteomic discovery by high-speed ultra-content photo-biotinylation
buff.ly/xys6DDV
👋 We’re live at EMBL: Spatial Biology – the Melting Pot in Heidelberg!

Don’t miss our talk with Matteo Cattaneo – Oct 16 at 15:45. Let’s connect and chat about transforming spatial biology together!
📍Find us at the EMBL Advanced Training Centre

#EMBL2025 #SpatialBiology
🔬 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
#Microscoop Mint can label cells or organelles with photobiotinylation in fractions of a second. Below shows stress granules at 40X resolution being photo-labelled in real-time!

We can biotin tag all the proteins contained in these organelles and discover and identify all the proteins using LC/MS.
🚀 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
🌟 Meet Tina Chong, our Senior Applications Manager! She bridges customer goals with Microscoop workflows—helping uncover proteins that matter in cancer research.

#Proteomics #TeamSyncell
Excited to expand our trusted distributors' network: #Aurogene Srl in Italy, #Velgen Technik in Singapore and Southeast Asia, #Accela in Eastern Europe, and #Biostar in South China.

👉 Learn more about our Partner Network: www.syncell.com/preferred-pa...
✨ What if you could identify primary cilia proteins with high specificity?

The Microscoop® platform makes it possible—uncovering new insights into ciliary structure, function, and their role in health and disease.

📄 Discover the science in our latest whitepaper: www.syncell.com/whitepaper-u...
Map organelle proteomes with subcellular precision.From cilia, mitochondria, to endsomes and more, Microscoop® offers unparalleled insights into organelle-specific proteomes.

#SpatialProteomics #OrganelleBiology #Microscoop
🔬 Rethinking Drug Discovery

95% of drugs target proteins, yet thousands of druggable proteins remain untapped. Spatial proteomics is changing this by revealing proteins in their native spatial context—unlocking hidden mechanisms and de-risking R&D pipelines.

👉 www.syncell.com/uncategorize...
Targeting Disease Sites: How Spatial Proteomics Is Rewiring Drug Discovery | Syncell Inc
The human genome encodes ~20,000 protein-coding genes, but only a small fraction of these are currently targeted or considered viable for drug development.
www.syncell.com
🔬 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
⏰ Last chance to register for tomorrow’s webinar!
👉https://zoom.us/webinar/register/5117561745218/WN_1_PPv8TXRfW8Yyv6vx2bPw
Don’t miss the opportunity to explore how Microscoop® advances spatial proteomics for unbiased protein discovery in rare and nanoscale structures.
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
Reprint-GW25007Syncell | GenomeWeb
genomeweb.com
Organelle contact sites (mitochondria, ER, Golgi, plasma membrane, etc.) are key for cellular coordination. With Microscoop®, microscopy-guided photo-biotinylation simplifies protein purification at these interfaces—shown here at the mitochondria (TOM20)–lipid droplet (PLIN2) contact site.
With Microscoop, map the hidden drivers of NAFLD/MASH at nano-resolution and uncover the key proteins fueling disease progression. From steatosis to fibrosis, gain molecular insights no other tech can provide—directly from subcellular contact sites.

BioRxiv
www.biorxiv.org/content/10.1...
🔬Unbiased protein discovery is now at your fingertips. Learn how you can now map pathway-specific localization & interactions in subcellular structures.

Join our webinar -https://zoom.us/webinar/register/5117561745218/WN_1_PPv8TXRfW8Yyv6vx2bPw

#SpatialProteomics #CellBiology
Behind Microscoop Mint’s precision and speed is Tim Kao, creator of Autoscoop—the “brain” that makes discovery seamless.
💡 “Software brings everything together so scientists can focus on discovery, not setup.”
#Syncell #Autoscoop
✋ High fives from around the world! 🌎

To celebrate Syncell’s 5th anniversary, our global team came together—virtually—to share the same shirt, the same spirit, and the same excitement for what’s ahead. Grateful for every one of you who make this journey possible. 💙
🌍 We’ve just completed a Microscoop installation and training at the Max Planck Institute for Biology of Ageing in Cologne, Germany.
Dr. Hendrik Nolte commented, “We are excited to utilize the Microscoop technology to characterize mitochondria on the subcellular level.”