We offer complete workflows for high content cytometry on cells and tissues – not just stand-alone solutions like reagents, robots or software. We apply principles of the 4th industrial revolution to provide products and services for the automated analysis of fluorescent biomarkers on living or long-term biobanked cells and tissues. We offer a wide range of products and services covering the complete workflow from sample preparation and biobanking to biomarker analysis and data mining.
To learn how our products work, take a tour from sample preparation to data visualisation:
ChipCytometry
ONE PLATFORM – MANY APPLICATIONS
Have you ever dreamt of storing your valuable cells and tissue samples for years without losing biomarker- and cell composition? We made this dream come true.
Biobanked cells.
Analyse cells from solutions with an virtually unlimited set of biomarkers. Fast panel setup due to serial 5-plexing!
Tissue sections.
Anyone wants to know where her/his cell of interest is located inside different tissues. Use Chipcytometry to stain a high number of biomarkers on tissue sections.
Living cells.
This option of Chipcytometry allows you to perform cell culture directly inside the chips and measure biomarkers online and repeatedly at any time point of the cultivation.
Rare cells.
Using our XXL chips, you can load up to 1 mio cells per chip and find and phenotype very rare events.
MORE APPLICATIONS
Select your area of interest to get inspired:
Allergy Antigen-specific immune response Asthma Autoimmune B-cells basophils circulating tumor cells clinical study CSF Cytokines Dermatology Hematology human humanized mouse Immunology Infectiology IPS IPS cells liquid biopsy Lung macrophage mesenchymal stromal cells monocyte Mouse MSC Neurology Oncology Personalized Medicine Primary Immunodeficiencies rare cell detection regulatory T-cells Signal Transduction T-cells Th17 Therapy Tissuecytometry Transplantation
RECENT PUBLICATIONS
We are passionate about cellular biomarkers
High content cytometry for explorative analysis of cytometric and histological samples
to understand structures, functions, and mechanisms on a cellular level.