Syncell Inc

Syncell's Microscoop enables high-sensitivity spatial proteomics, allowing researchers to isolate and identify proteins at precise locations for discovery.

[Syncell Inc @SyncellInc]

Optoproteomics combines fluorescence imaging with targeted photolabeling to map proteins in visually selected subcellular regions, enabling spatially resolved analysis of structures such as stress granules and amyloid-β plaques.

https://t.co/TKCGi0UdYo

[Syncell Inc @SyncellInc]

Join Syncell’s first Virtual User Group Meeting! Hear talks and live Q&A with Microscoop users from MD Anderson, Stowers Institute, and VIB Tech Watch Core.

https://t.co/m6cX2LJS2k

📅June 26, 2026. 8:30am - 10:30am PT
🎤15-minute presentations + live panel Q&A
🌍Virtual event

[Syncell Inc @SyncellInc]

For Alzheimer’s Disease Awareness Month, our latest blog explores how spatial proteomics helps researchers study neurodegenerative changes within the brain’s native cellular context, offering insights beyond conventional bulk approaches.

Read more: https://t.co/8ZUJ626eYp

[Syncell Inc @SyncellInc]

Meet us at the Bruker eXceed Symposium at ASMS; we'll be exhibiting at booth 14. Register today to hear inspiring talks and chat with us!
https://t.co/SJedQsdgRo
📅 Sunday, May 31. 8:30am PT
📍Manchester Grand Hyatt San Diego

[Syncell Inc @SyncellInc]

A Nucleus review describes Microscoop as a proximity-labeling system using photoactivatable biotin for in situ photolabeling. Directed photoactivation enables selective labeling in defined nuclear regions for spatial proteomic analysis.

https://t.co/7gT8QySArG

[Syncell Inc @SyncellInc]

Excited to be heading to #ASMS2026 in San Diego!
We’ll be showcasing how Microscoop® enables spatially resolved proteomics through microscopy-guided photolabeling prior to LC-MS/MS — preserving native biological context.

📍 Booth #916
📌 Poster Presentation — June 2 | 10:30 AM

[Syncell Inc @SyncellInc]

Exciting news — Syncell Inc. is growing, and we’re expanding our European team!
We’re hiring an experienced Field Applications Scientist (FAS) to support researchers using microscopy-guided proteomics technologies across Europe

Learn more and apply here:
https://t.co/dXHxn7kK6L

[Syncell Inc @SyncellInc]

We went to the zoo… and didn’t look at a single animal 🐒
Instead, the team took on a treasure hunt—solving puzzles, chasing clues, and racing across the zoo with app-guided challenges and props in hand. A fun afternoon of teamwork, problem-solving, and healthy competition 🧩🏃‍♀️

[Syncell Inc @SyncellInc]

Dr Lungu shares how optoproteomics reveals hidden protein networks linked to triple-negative breast cancer progression. Mapping proteins in nuclei uncovered insights traditional methods miss. The Syncell supports microscopy-guided proteomics.

Watch now: https://t.co/PidEDxTRsV

[Syncell Inc @SyncellInc]

Excited to attend the EMBL Symposium on Cellular Mechanisms Driven by Phase Separation.

Syncell is proud to advance this field with microscopy-guided subcellular and nanoscale proteomics through Synlight-Pure.

Looking forward to the discussions ahead!

[Syncell Inc @SyncellInc]

Spatial profiling balances resolution, sensitivity, and throughput. Microdissection is precise but slow, while imaging-based methods scale better. Spatial omics is shifting from bulk analysis to preserving biological context with unbiased discovery.

https://t.co/27t8dKD2z4

[Syncell Inc @SyncellInc]

What proteins in structure/microenvironment?
With Syncell’s Microscoop:
• Define ROIs from microscopy images (AI/user segmentation)
• Photolabel proteins in regions via light-activated chemistry + automated HT workflow
• Enrich & identify localized proteome via LC-MS/MS

[Syncell Inc @SyncellInc]

Why are some synapses lost while others survive?
Microglia prune synapses in Alzheimer’s, Huntington’s & MS—but why?

Chun-Wei Chen shows spatial proteomics reveals neuron programs driving vulnerability.

▶️ Watch the on-demand webinar: https://t.co/epb4Eivr10

[Syncell Inc @SyncellInc]

Spatial proteomics is advancing toward higher-resolution mapping. Traditional methods face noise and specificity issues, while optoproteomics enables more precise analysis, improving understanding of protein function.

https://t.co/7GuoH21RQa

[Syncell Inc @SyncellInc]

How can you confidently evaluate new spatial proteomics technologies?

Hear from Bram Van den Bergh at VIB’s Tech Watch Core sharing experience testing Microscoop Mint in real research—covering performance, workflow, and adoption.

👉️ Register here: https://t.co/nwoYLdpOFk

[Syncell Inc @SyncellInc]

How do you capture the proteome of the immune synapse? Microscoop uses microscopy-guided photo-biotinylation and ML-defined ROIs to label proteins at cell–cell interfaces, enabling precise spatial proteomics.

https://t.co/Vc30GGDcqH

[Syncell Inc @SyncellInc]

Unlocking the surfaceome at nanoscale precision.
Discover how Microscoop® + Synlight-Rich & Synlight-Pure enable high-specificity, in situ proteomics for biomarker and target discovery.
📍 Poster #7693 | Board 17 | Poster Section 39
🗓 Apr 22, 9:00 AM – 12:00 PM

[Syncell Inc @SyncellInc]

We’re presenting at AACR 2026. Poster #7692 shows microscopy-guided photo-biotinylation for spatial proteomics of immune synapses, capturing proteins at cell interfaces.
Combining imaging, ML ROIs, and in situ labeling reveals synapse protein networks missed by conventional meth.

[Syncell Inc @SyncellInc]

Stop by Booth 2016 at #AACR to meet the team and learn how Microscoop® is enabling:
🔬 Surfaceome discovery like never before
🧬 Mechanistic insights at the nanoscale
🧪 Proteomic insights from FFPE, clinically relevant samples
Looking forward to seeing you!

[Syncell Inc @SyncellInc]

Key mechanisms in tumor progression, immune response, and therapy resistance occur within nanoscale protein networks beyond conventional methods.
Syncell Microscoop® enables microscopy-guided proteomics in FFPE tumor tissue, capturing protein networks.
https://t.co/6hgozTnoHS