Syncell Inc

Name: Syncell Inc
Address: 151 Lindbergh Avenue Suite I, Livermore, CA, 94551, US
Telephone: +19254954858

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

10/12/2026

Excited to be attending ISMND 2026: Cell Biology and Therapeutics of Neurodegenerative Diseases at The Hong Kong University of Science and Technology this October.

At Syncell, we’re advancing microscopy-guided subcellular proteomics to uncover molecular insights with exceptional spatial precision. Our Microscoop platform has been successfully applied to studying protein aggregates and their proteomes in neurodegenerative diseases such as ALS, helping researchers uncover the molecular composition behind disease-relevant microscopic features.

Looking forward to the discussions, collaborations, and connections ahead. If you’re attending, let’s connect.

10/08/2026

Syncell will be attending the EMBO Workshop: Organelle Dynamics in Health and Disease in Edinburgh, 12-14 October, 2026.

We look forward to engaging discussions, learning from fellow scientists, and connecting with the organelle biology community.

If you'll be attending, we'd love to connect.

10/06/2026

Join leading scientists from Genentech, UCSF, and Syncell on October 15 to explore emerging strategies for identifying accessible targets for ADCs, bispecific antibodies, CAR-T, and beyond, and connect with scientists tackling similar drug discovery challenges.

Speakers:
Dr. Ying Zhu, Senior Principal Scientist, Group Lead, Genentech
Dr. Abhilash Barpanda, Postdoctoral Researcher, Dr. Arun Wiita Lab, UCSF
Dr. Jung-Chi Liao, Founder & CEO, Syncell

October 15, 2026 | 3–6 PM
Chandlery at the Shore
1200 Sierra Point Pkwy Suite 100A, Brisbane, CA

Come enjoy the happy hour. Register now to reserve your spot.
https://go.syncell.com/minisymposium_Surfaceome_SSFOct2026

10/05/2026

We’re growing at Syncell—and looking for people who want to help scientists reveal unseen proteins through microscopy-directed proteomics.

Our Microscoop platform turns what scientists see under the microscope into molecular discoveries, enabling protein identification from precisely selected microscopic regions in basic life science, neurodegenerative disease, cancer biomarker research, and beyond.

We’re hiring:
• Head of Sales, APJ — Remote
• Technical Sales Executive — West US
• Technical Sales Executive — Northeast US
• Senior Field Applications Scientist — East Coast US
• Proteomic Scientist, Applications — Taipei
• R&D Optoelectronics Engineer — Taipei

Come build a new way to discover unseen proteins with us.
Learn more & apply: https://www.syncell.com/careers/

09/30/2026

Watch on demand to see how microscopy-guided proteomics is being used to resolve protein composition within defined subcellular structures.

Dr Kateryna Shkarina from University Hospital Bonn presents findings on inflammasome assembly and enrichment in PML bodies in human keratinocytes, while Dr Cristiana Lungu from IZI Stuttgart discusses how Microscoop® helped identify PHF19 as a regulator of PRC2 organization in triple-negative breast cancer. Dr. JC Liao also provides a brief overview of the Microscoop platform and its applications in subcellular proteomic discovery.

Access the webinar on demand to explore these applications in greater detail. https://www.syncell.com/microscopy-guided-protein-photo-biotinylation-for-high-precision-subcellular-proteomic-discovery-embl-seminar/

09/23/2026

Proteins from a single microscopic region are often not enough for mass spectrometry. Microscoop® addresses this by automatically identifying and photo-biotinylating the same image-defined targets across hundreds to thousands of fields of view—repeating the process at scale to accumulate sufficient protein for downstream LC-MS/MS.

Define the region. finds it, labels it, and repeats—automatically.

09/21/2026

What does it take to move from engineering robots and mathematical models, to studying the inner workings of cells, to building a global life science tools company?

Join Dr. Jung-Chi Liao, Founder and CEO of Syncell, as he shares his unique journey from Mechanical Engineering at MIT to biological research at leading institutions including UC Berkeley, Stanford, Columbia, and Academia Sinica. Along the way, a fundamental challenge in cell biology led him to invent Microscoop®, a technology designed to enable unbiased protein discovery from precisely defined subcellular regions.

Register now and choose the session that best fits your region:
9:00 AM PT | 12:00 PM ET (America)
11:00 AM CET (Europe)
11:00 AM CST (Asia)

Register now: https://www.syncell.com/from-engineer-to-cell-biologist-to-ceo/

09/18/2026

Attending HUPO 2026? Meet Syncell at Booth #240, and learn how Microscoop® can help proteomics labs discover hidden proteins from image-defined subcellular regions.

Enabling a new front of microscopy-guided proteomics for cell biology, neuroscience, and cancer research, We at Syncell would love to hear your on how our Microscoop platform can help your research.

09/15/2026

In our user group meeting, Dr. Horacio Pallarés from the Bazzini Lab at the Stowers Institute for Medical Research, shared how his team is using Syncell’s Microscoop® to investigate dengue virus replication inside infected cells.

In this clip, Dr Pallarés shows how Microscoop enabled his team to selectively label proteins within DENV2 replication complexes and viral-induced granules. Their work revealed RNA-binding proteins recruited to replication complexes and identified host factors with both proviral and antiviral functions—opening new questions about how dengue manipulates host cell biology.

▶️ Watch Horacio’s full experience-sharing talk: https://www.syncell.com/syncell-user-group-meeting-subcellular-protein-discovery-with-microscoop/

09/10/2026

Studying biomolecular condensates? Meet Syncell at Nature Conference: Biomolecular Condensates, September 18–20 in Wuhan.

Discover how Microscoop® enables microscopy-guided proteomic discovery from image-defined condensates through automated photo-biotinylation—from stress granules and nuclear condensates to inflammasome specks and other subcellular targets.

If you’re looking to discover novel condensate proteins, compare proteomic changes across condensate states, or investigate proteins involved in condensate mechanisms, come talk with our team about your research and what Microscoop could uncover.

Address

151 Lindbergh Avenue Suite I
Livermore, CA
94551

Telephone

+19254954858

Website

http://www.syncell.com/

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