ONE TECHNOLOGY - MANY APPLICATIONS
Wishing you could store all those valuable cell and tissue samples for years without losing biomarker and cell composition?
ZELLKRAFTWERK has made this possible.
ZELLKRAFTWERK has made this possible.
ChipCytometry enables the analysis of an unlimited number of biomarkers on a single tissue or cell suspension sample [Analysis].
High quality sample sources such as blood or fresh frozen tissues and gentle sample preparation procedures result in better biomarker data quality. We recommend that samples be ideally prepared on-site. After preservation, samples can be shipped under conditions that prevent biomarker degradation during storage.
At ZELLKRAFTWERK, we have developed reagents, methods, and hardware that provide our customers with a revolutionary new way of the controlled, long-term biobanking of cells and tissue sections with exceptional biomarker preservation through ZellSafe chips. Samples can be easily prepared and preserved on ZellSafe chips even in remote locations and stored/shipped for controlled centralized analysis without significant biomarker degradation.
Digital pathology using the power of multiplexed biomarker analysis combined with artificial intelligence-driven image data processing will revolutionize patient-centered diagnostics. We want to support this approach with revolutionary new hardware and software solutions. ChipCytometry enables the analysis of a virtually unlimited set of fluorescence biomarkers with a high degree of sensitivity (4.2 billion possible intensity values per pixel, 500 nm per pixel, automated autofluorescence detection and subtraction).
Although ChipCytometry works both with FFPE and cryosections, we strongly recommend using cryosections due to a more optimal biomarker preservation and a shorter assay set-up time (no antigen retrieval procedures are required).
Analyze cells from solutions with a virtually unlimited set of biomarkers.
Rapid panel setup due to serial 5-plexing!
Rapid panel setup due to serial 5-plexing!
ChipCytometry enables the analysis of an unlimited number of biomarkers on a single tissue or cell suspension sample [Analysis].
High quality samples sources such as blood or fresh frozen tissues and gentle sample preparation procedures result in better biomarker data quality. We recommend that samples be ideally prepared on-site. After preservation, the samples can be preserved and/or shipped under conditions that prevent biomarker degradation during storage.
At ZELLKRAFTWERK, we have developed reagents, methods, and hardware that provide our customers with a revolutionary new way of the controlled, long-term biobanking of cells and tissue sections with exceptional biomarker preservation through ZellSafe chips. Samples can be easily prepared and preserved on ZellSafe chips and stored/shipped for controlled centralized analysis without significant biomarker degradation.
ChipCytometry enables the analysis of an unlimited number of biomarkers on a single tissue or cell suspension sample [Analysis].
High quality sample sources such as blood or fresh frozen tissues and gentle sample preparation procedures result in better biomarker data quality. We recommend that samples be ideally prepared on-site. After preservation, samples can be shipped under conditions that prevent biomarker degradation during storage.
At ZELLKRAFTWERK, we have developed reagents, methods, and hardware that provide our customers with a revolutionary new way of the controlled, long-term biobanking of cells and tissue sections with exceptional biomarker preservation through ZellSafe chips. Samples can be easily prepared and preserved on ZellSafe chips and stored/shipped for controlled centralized analysis without significant biomarker degradation.
With our XXL chips, up to 1 million cells per chip can be loaded. We can also detect and phenotype rare events.
ChipCytometry enables the analysis of an unlimited number of biomarkers on a single tissue or cell suspension sample [Analysis].
High quality sample sources such as blood or fresh frozen tissues and gentle sample preparation procedures result in better biomarker data quality. We recommend that samples ideally prepared on-site. After preservation, the samples can be shipped under conditions that prevent biomarker degradation during storage.
At ZELLKRAFTWERK, we have developed reagents, methods, and hardware that provide our customers with a revolutionary new way of the controlled, long-term biobanking of cells and tissue sections with exceptional biomarker preservation through ZellSafe chips. Samples can be easily prepared and preserved on ZellSafe chips and stored/shipped for controlled centralized analysis without significant biomarker degradation.
