Syncell Inc

05/29/2026

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://www.bruker.com/en/landingpages/bdal/asms.html
📅 Sunday, May 31. 8:30am PT
📍Manchester Grand Hyatt San Diego

Join Bruker at ASMS 2026. Meet us in San Diego from May 31 - June 4 for breakthrough technologies, inspiring science, and hands‑on conversations with our experts.

05/28/2026

We’re excited to announce the commercial launch of Syncell Discovery Services — a new global sample-to-discovery program providing researchers direct access to unbiased nanoscopic spatial proteomics powered by the Microscoop® Mint platform.
As demand grows for higher-resolution approaches in biomarker discovery, drug target identification, and disease biology research, Syncell Discovery Services enables biopharma, translational research groups, and academic labs to submit samples directly for in situ proteomic profiling with subcellular spatial precision.
From oncology and neuroscience to immunology and cell biology, researchers can now uncover proteins and spatial biology insights that are often inaccessible through conventional spatial proteomics workflows.
"This unbiased spatial optoproteomics approach allowed us, for the first time, to identify candidates in the protein adhesion complex at the whole proteome level, which we are now functionally validating as potential drug targets for cancer," said William Hwang, M.D, Ph.D., at Massachusetts General Hospital and Assistant Professor, Harvard Medical School.

Learn how Syncell Discovery Services can accelerate your discovery pipeline and unlock new therapeutic insights:
https://www.syncell.com/news-center/news/syncell-launches-high-precision-proteomics-discovery-service-powered-by-microscoop-mint-platform/

05/27/2026

Protein aggregates are one of the defining hallmarks of neurodegenerative disease — but what’s inside those aggregates remains largely unexplored.
Bulk proteomics often misses the rare, spatially localized proteins that may drive disease progression in Alzheimer’s, Parkinson’s, ALS, Huntington’s disease, and FTD.
With microscopy-guided subcellular proteomics, researchers can now selectively profile proteins from aggregate-associated regions and their surrounding microenvironments with exceptional spatial precision.

05/25/2026

In a Nucleus conference review on emerging technologies for studying nuclear substructures, Microscoop is described as a “turnkey system for proximity labeling” that uses a photoactivatable biotin compound for “high-content in situ photolabeling.” The authors highlight its ability to “train” the photoactivation beam microscopically, enabling labeling confined to a delimited nuclear site and supporting spatially precise proteomic interrogation of nuclear microenvironments.

https://www.tandfonline.com/doi/full/10.1080/19491034.2024.2404677

05/22/2026

Excited to be heading to 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

Looking forward to connecting and talking surfaceome characterization, organelle proteomics, and FFPE workflows. See you there!

05/20/2026

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.

If you enjoy working at the intersection of science, technology, and customer engagement, we’d love to hear from you. Candidates based in Germany are strongly preferred.

Learn more and apply here:
https://www.syncell.com/careers/

05/13/2026

In this on-demand webinar, Dr. Cristiana Lungu explores how changes in the spatial organization of key regulatory proteins may drive disease progression in triple-negative breast cancer. Using optoproteomics, her team uncovers previously hidden protein networks within specific regions of the cell nucleus—revealing insights that traditional approaches might miss.
At Syncell, we’re proud to support this work through microscopy-guided subcellular proteomics.

Watch now: https://www.syncell.com/optoproteomics-provides-spatially-resolved-insights-into-chromatin-biology/

05/12/2026

Excited to be attending the EMBL Symposium: Cellular Mechanisms Driven by Phase Separation
As the field of biomolecular condensates continues to reshape how we understand cellular organization, this interdisciplinary meeting brings together experts across cell biology, biophysics, and beyond to explore the principles underlying membrane-less compartments and their roles in health and disease.
At Syncell, we’re proud to contribute to this evolving space—pioneering microscopy-guided subcellular proteomic discovery, and now extending into nanoscopic proteomics at 25 nm precision with Synlight-Pure.
Looking forward to the discussions and connections ahead. If you’re attending, let’s connect.

05/06/2026

Spatial profiling technologies involve trade-offs between resolution, sensitivity, and throughput. As reviewed in The dawn of spatial omics, methods such as laser capture microdissection enable deep molecular profiling of selected regions but are inherently low throughput because regions must be isolated and processed individually. Alternative approaches, including imaging- and light-directed strategies, aim to improve scalability by enabling spatial selection and molecular readout without physical dissection.

The broader trend across spatial omics is clear: researchers increasingly want to move beyond bulk measurements toward workflows that preserve biological context while still enabling unbiased molecular discovery.

https://www.science.org/doi/abs/10.1126/science.abq4964