NanoCellect's VERLO is recognized in the article as a capable and accessible Image Activated Cell Sorting platform suited for intracellular content-, morphology- and fluorescence-based cell sorting
The NanoCellect VERLO Image-Guided Cell Sorter is mentioned in the attached Nature Reviews Bioengineering paper (Ding et al., 2025) reviewing commercially available Image-Activated Cell Sorting systems.
NanoCellect's VERLO is recognized in the article as a capable and accessible Image Activated Cell Sorting platform suited for intracellular content-, morphology- and fluorescence-based cell sorting. It is applicable across cell biology, immunology, oncology, microbiology, and synthetic biology for tasks such as:
Morphology-based screens
Intracellular localization studies
Cell–cell interaction analysis
The paper highlights:
Nine-color fluorescence imaging and three label-free imaging using 488 nm and 561 nm lasers.
Gentle microfluidic cell sorting, using piezoelectric actuator-powered microfluidics, which differs from droplet-based mechanisms in other systems.
A sorting rate of up to 200 events per second.
VERLO is presented as an accessible platform that integrates image-based morphology and molecular profiling.
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