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Cell Health
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Flow Cytometry / Immunophenotyping
Flow cytometry permits reliable analysis of cell phenotypes and is a workhorse technique in immunology, haematology, research and clinical diagnosis.
Cell-permeant DNA dyes can be used to discriminate nucleated from anucleated cells reducing the need for time-consuming and potentially damaging RBC lysis reagents, which can be important for precious or small samples.
Further, stoichiometric DNA labeling can further provide information on cell cycle status, ploidy and proliferation (S-phase fraction) without permeabilization or RNase treatment.
Clinical samples often need a viability dye to evaluate sample integrity on analysis.
Related BioStatus Products for Flow Cytometry / Immunophenotyping
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Microplate/Slide-Based Cytometry
Flow cytometry permits reliable analysis of cell phenotypes and is a workhorse technique in immunology, haematology, research and clinical diagnosis.
Cell-permeant DNA dyes can be used to discriminate nucleated from anucleated cells reducing the need for time-consuming and potentially damaging RBC lysis reagents, which can be important for precious or small samples.
Further, stoichiometric DNA labeling can further provide information on cell cycle status, ploidy and proliferation (S-phase fraction) without permeabilization or RNase treatment.
Clinical samples often need a viability dye to evaluate sample integrity on analysis.
Related BioStatus Products for Flow Cytometry / Immunophenotyping
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Imaging Flow Cytometry
Flow cytometry permits reliable analysis of cell phenotypes and is a workhorse technique in immunology, haematology, research and clinical diagnosis.
Cell-permeant DNA dyes can be used to discriminate nucleated from anucleated cells reducing the need for time-consuming and potentially damaging RBC lysis reagents, which can be important for precious or small samples.
Further, stoichiometric DNA labeling can further provide information on cell cycle status, ploidy and proliferation (S-phase fraction) without permeabilization or RNase treatment.
Clinical samples often need a viability dye to evaluate sample integrity on analysis.
Related BioStatus Products for Flow Cytometry / Immunophenotyping
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Cell Cycle Analysis
Flow cytometry permits reliable analysis of cell phenotypes and is a workhorse technique in immunology, haematology, research and clinical diagnosis.
Cell-permeant DNA dyes can be used to discriminate nucleated from anucleated cells reducing the need for time-consuming and potentially damaging RBC lysis reagents, which can be important for precious or small samples.
Further, stoichiometric DNA labeling can further provide information on cell cycle status, ploidy and proliferation (S-phase fraction) without permeabilization or RNase treatment.
Clinical samples often need a viability dye to evaluate sample integrity on analysis.
Related BioStatus Products for Flow Cytometry / Immunophenotyping
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
Proven far-red, cell-permeant dye for DNA content and nucleated cell gating.
VIEW PRODUCT
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