Reinventing the Proteome in situ

Automated Photo-Biotinylation for High-Precision Microscopy-Guided Proteomic Discovery

NOW IT’S POSSIBLE TO

01
Syncell Microscoop help reveal protein constituents at any specific subcellular regions of interest under a microscope

Reveal protein constituents at any specific subcellular regions of interest under a microscope

02
Syncell Microscoop enables discovery of novel protein contents at disease-associated features/locations

Discover novel protein contents at disease-associated features/locations

03
Syncell Microscoop makes it possible to achieve unbiased high-precision proteomic discovery of FFPE/fresh frozen tissue samples or fixed cell culture samples

Achieve unbiased high-precision proteomic discovery of FFPE/fresh frozen tissue samples or fixed cell culture samples

04
Syncell Microscoop help resolve limitations of proximity labeling, laser capture microdissection, or mass spectrometry imaging methods

Resolve limitations of proximity labeling, laser capture microdissection, or mass spectrometry imaging methods

05
Syncell Microscoop help to uncover the players of the tissue microenvironment in cancer and/or the immune systems

Uncover the players of the tissue microenvironment in cancer and/or the immune systems

06
Syncell Microscoop makes it possible to define new cell types and states by identifying unique protein markers

Define new cell types and states by identifying unique protein markers

PIONEERING Products

Microscoop® Mint

Microscoop® is the only spatial proteomics platform designed to enable high-precision, unbiased discovery of the entire proteome at the cellular and subcellular level.

Reagent and Consumables  

Reagent kits are specifically designed and optimized to integrate flawlessly with the Microscoop system for spatial protein purification and proteomic discovery.

Publications

Spotlight

Comparing Microscoop® with Proximity Labeling Techniques APEX2 and BioID

Protein-protein interactions are fundamental to cellular function, and their dysregulation underlies numerous pathological conditions.