Interested in Microscoop™ Technology?

High Sensitivity
Microscoop™ mechatronics controls the illumination of photoreactive reagents to accurately label all proteins in user specified locations.
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3D Labeling
Microscoop™ utilizes two-photon excitation microscopy to provide accurate XYZ position labeling with subcellular resolution.
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High Specificity
High Specificity- Unique combination of computer vision imaging and accurate photolabeling provides unsurpassed high specificity for protein biomarker discover from a particular cellular or subcellular structure.
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High-Content
Users can perform multi-omics spatial labeling to identify and analyze tens and thousands of individual cells.
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AI-Driven
Custom machine learning software solutions allow users to define different cellular and subcellular structures.
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Full Integration
User-friendly UI will manage experiments and protocols to enable automated photolabeling processing.
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What our own users say
Learn How You Can Implement Microscoop-Enabled
Spatial Proteomics for Your Research

Interested in Microscoop™ Technology?
High Sensitivity
Microscoop™ mechatronics controls the illumination of photoreactive reagents to accurately label all proteins in user specified locations.
Learn More
3D Labeling
Microscoop™ utilizes two-photon excitation microscopy to provide accurate XYZ position labeling with subcellular resolution.
Learn More
High Specificity
High Specificity- Unique combination of computer vision imaging and accurate photolabeling provides unsurpassed high specificity for protein biomarker discover from a particular cellular or subcellular structure.
Learn More
High-Content
Users can perform multi-omics spatial labeling to identify and analyze tens and thousands of individual cells.
Learn More
AI-Driven
Custom machine learning software solutions allow users to define different cellular and subcellular structures.
Learn More
Full Integration
User-friendly UI will manage experiments and protocols to enable automated photolabeling processing.
Learn More
What our own users say
This state-of-the-art technology enables the user to visualize and identify proteins at any interesting localization like the immune synapse.
I am amazed by Microscoop’s XYZ position precision when phototolabeling cells and tissue samples. The real time visualization feature allows me to view the photolabeling process and promptly adjust if necessary.
It is the coolest laser painter that allows me to visualize in real time while it works its magic to tag the selected subcellular targets. It can tag any patterns on the cells or tissues and provides an extensive list of novel proteins for me to further explore-nothing else can compare to SYNCELL’s Microscoop.
Microscoop is so smart that it allows us to pick up proteins in interested areas from millions of cells according to the size, brightness, and even the shape of the area.
Such an amazing technology and opens a new era of high-content in situ proteomics. Microscoop has successfully helped us discover proteins at the subcellular level from many tissue samples. The photolabeling process is automated and greatly reduces my hands-on time for each experiment.
Learn How You Can Implement
Microscoop-Enabled Spatial Proteomics
for Your Research