Syncell Inc
@syncellinc.bsky.social
Syncell's Microscoop enables high-sensitivity spatial proteomics, allowing researchers to isolate and identify proteins at precise locations for discovery.
Ever wondered how scientists uncover previously hidden proteomes?
In this fun FAQ, our Field Application Scientist Matteo Cattaneo spills the secrets — from how Microscoop achieves nanoscopic precision, to how it reveals low-abundance proteins that other methods miss.
In this fun FAQ, our Field Application Scientist Matteo Cattaneo spills the secrets — from how Microscoop achieves nanoscopic precision, to how it reveals low-abundance proteins that other methods miss.
November 10, 2025 at 6:03 AM
Ever wondered how scientists uncover previously hidden proteomes?
In this fun FAQ, our Field Application Scientist Matteo Cattaneo spills the secrets — from how Microscoop achieves nanoscopic precision, to how it reveals low-abundance proteins that other methods miss.
In this fun FAQ, our Field Application Scientist Matteo Cattaneo spills the secrets — from how Microscoop achieves nanoscopic precision, to how it reveals low-abundance proteins that other methods miss.
Great science starts with great engineering. ⚙️💡
Meet Jerry Huang, Senior R&D Manager at Syncell, as he shares how innovation, collaboration, and meticulous design make subcellular proteomics technology reliable for real-world research — turning ambitious ideas into production-ready systems.
Meet Jerry Huang, Senior R&D Manager at Syncell, as he shares how innovation, collaboration, and meticulous design make subcellular proteomics technology reliable for real-world research — turning ambitious ideas into production-ready systems.
November 5, 2025 at 3:03 PM
Great science starts with great engineering. ⚙️💡
Meet Jerry Huang, Senior R&D Manager at Syncell, as he shares how innovation, collaboration, and meticulous design make subcellular proteomics technology reliable for real-world research — turning ambitious ideas into production-ready systems.
Meet Jerry Huang, Senior R&D Manager at Syncell, as he shares how innovation, collaboration, and meticulous design make subcellular proteomics technology reliable for real-world research — turning ambitious ideas into production-ready systems.
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
At Syncell, we uncover the unseen — no tricks, just scientific treats.
Happy Halloween! 🎃
#SpatialProteomics #Microscoop #Halloween2025
October 31, 2025 at 5:32 AM
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
At Syncell, we uncover the unseen — no tricks, just scientific treats.
Happy Halloween! 🎃
#SpatialProteomics #Microscoop #Halloween2025
Enabling nanoscopic proteomic discovery.
A new member of the Synlight family is almost here – engineered for precision at molecular interaction level.
Launching soon
A new member of the Synlight family is almost here – engineered for precision at molecular interaction level.
Launching soon
October 27, 2025 at 12:50 AM
Enabling nanoscopic proteomic discovery.
A new member of the Synlight family is almost here – engineered for precision at molecular interaction level.
Launching soon
A new member of the Synlight family is almost here – engineered for precision at molecular interaction level.
Launching soon
#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.
We can biotin tag all the proteins contained in these organelles and discover and identify all the proteins using LC/MS.
October 3, 2025 at 2:31 PM
#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.
We can biotin tag all the proteins contained in these organelles and discover and identify all the proteins using LC/MS.
🌟 Meet Tina Chong, our Senior Applications Manager! She bridges customer goals with Microscoop workflows—helping uncover proteins that matter in cancer research.
#Proteomics #TeamSyncell
#Proteomics #TeamSyncell
September 26, 2025 at 2:47 PM
🌟 Meet Tina Chong, our Senior Applications Manager! She bridges customer goals with Microscoop workflows—helping uncover proteins that matter in cancer research.
#Proteomics #TeamSyncell
#Proteomics #TeamSyncell
✨ 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...
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...
September 23, 2025 at 2:46 PM
✨ 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...
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...