flow+cytometry
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Flow Cytometry Applications | Life Science Research | Merck
We offer efficient solutions and products to achieve flow cytometry applications ( Biosynthesis, Cell Biology, Cell Health, Immunology ..) such as: Guava easyCyte with the 5-8 parameter analysis and Amnis with 5-12 parameter analysis. -
Guava® easyCyte Instrument Specifications | Life Science Research | Merck
Check these Guava® easyCyte specifications and details that will help you choose the system that will best meets your needs. -
Guava® InCyte and GuavaSuite Software Downloads | Life Science Research | Merck
Select the link to either guavaSoft, Express Pro or InCyte software downloads to update your existing Guava software. -
Flow Cytometry Applications - Cell Health | Life Science | Merck
Monitoring the impact on mitochondria and related cell health markers applications is an important part of drug screening programs, pathway mapping, apoptosis, and disease research. -
Flow Cytometry Kits & Reagents | Life Science Research | Merck
We offer a wide range of flow cytometry kits and reagents for cellular analysis. FlowCellect kits and Milli-Mark antibodies are optimized for fast, easy, and accurate multiparametric flow cytometry. -
InCyte™ and GuavaSuite Software Features | Life Science Research | Merck
Learn about both Guava softwares features and benefits, InCyte and GuavaSuite, and choose the one that best meets your needs. -
Flow Cytometry Kits for Immunology | Life Science Research | Merck
Multiparameter phenotypic analysis with FlowCellect immunology kits allow for a greater understanding of the immune system. -
Guava® easyCyte Instrument Features | Life Science Research | Merck
Among the features of the Guava easyCyte™ flow cytometry systems: They use novel microcapillary technology and they are compact, user-friendly, and powerful enough to run your most complicated assays. -
Flow Cytometry Applications - Cell Biology | Life Science | Merck
General cell biology Application is rapidly expanding its use of flow cytometry as a tool to examine pathways and propose biologically-relevant mechanisms of action in pathologies such as cancer.