Applications
Large Cells/Cell Clusters: Stem Cells & Clusters
Please see the documents below or link to our Cell Clusters Publications area.
An Overview of COPAS™ Large Particle Flow Cytometry for the Analysis and Sorting of Large Cells and Cell Clusters including Stem Cells, Embryoid Bodies and Cardiomyocytes (QTN-013)
Automated Sorting of Adult Stem Cells and Mouse Embryonic Bodies (QTN-011)
Use of the instrument for analysis and sorting of individual and clusters of adult stem cells and embryoid bodies, based on both size and fluorescence intensity properties. (QTN-011)
Automated Analysis and Sorting of Cardiomyocyte Stem Cell Clusters (QTN-001)
Use of the COPAS Select for the analysis and sorting of individual embryoid bodies (EBs) from cultured samples. Stem cell aggregates were accurately dispensed into multi-well plates and visually inspected for viability. (QTN-001)
Analysis and sorting of Stem Cell Clusters and Adipocytes
Automated Analysis and Dispensing of Human Stem Cell Clusters and Adipocytes.
Use of the COPAS Select for the analysis and sorting of two different human cell samples: individual stem cell clusters (EBs) and human adipocytes. Cell aggregates and individual cells were accurately dispensed and visually inspected for structural integrity.
Analysis and sorting of human neurospheres based on size and optical density measurements (QTN-016)
The purpose of this experiment was to test the feasibility of using the COPAS PLUS instrument (Union Biometrica, Inc.) to analyze and sort human neurospheres based on size and optical density measurements and to determine the influence on viability and proliferation of the neurospheres post-sorting compared to manual sorting.
Automated analysis and sorting of human induced pluripotent stem cell (hiPS) clusters using large particle flow cytometry. (QTN-018)
The purpose of this experiment was to test the feasibility of using the COPAS PLUS HTS instrument (Union Biometrica, Inc.) to analyze and sort intact human induced pluripotent stem cell (hiPS) clusters based on their size, optical density and fluorescent properties.