Assay Kits
23 product(s) found. Click a product name to view detailed specifications and pricing.
Excitation 310–787 nm, emission 410–808 nm
Cell-Life Dye Fixable Cell Viability Staining Kit
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Cell-Life Dye Series is a high-performance viability staining reagent, can specifically label dead cells, widely used in flow cytometry and fluorescent microscopy imaging experiments, help accurately eliminate the interference of dead cells.
Label IT Reagent Nucleic Acid Labeling Kit
Label IT Nucleic Acid Labeling Technology is a technology designed to efficiently, scalably and reproducibly attach labeling molecules to any nucleic acid sample in one step. and with its non-radioactive labeling technology(such as random primer method, nick translation method)different from, Label IT Nucleic Acid Labeling Reagent can significantly altering the starting nucleic acids or hindering downstream hybridization performance, can covalently link CX-Rhodamine, Fluorescein, MFP488, Digoxigenin, Biotin, Cy3, Cy5, Dinitrophenol (DNP) or TM-Rhodamine to the bases of DNA or RNA. Since the Label IT reaction is non-destructive to the starting nucleic acid material, Label IT Technology can be used for various in vivo, in vitro and molecular biology applications.
Label IT Nucleic Acid Labeling Technology is a technology designed to efficiently, scalably and reproducibly attach labeling molecules to any nucleic acid sample in one step. and with its non-radioactive labeling technology(such as random primer method, nick translation method)different from, Label IT Nucleic Acid Labeling Reagent can significantly altering the starting nucleic acids or hindering downstream hybridization performance, can covalently link CX-Rhodamine, Fluorescein, MFP488, Digoxigenin, Biotin, Cy3, Cy5, Dinitrophenol (DNP) or TM-Rhodamine to the bases of DNA or RNA. Since the Label IT reaction is non-destructive to the starting nucleic acid material, Label IT Technology can be used for various in vivo, in vitro and molecular biology applications.
Label IT Nucleic Acid Labeling Technology is a technology designed to efficiently, scalably and reproducibly attach labeling molecules to any nucleic acid sample in one step. and with its non-radioactive labeling technology(such as random primer method, nick translation method)different from, Label IT Nucleic Acid Labeling Reagent can significantly altering the starting nucleic acids or hindering downstream hybridization performance, can covalently link CX-Rhodamine, Fluorescein, MFP488, Digoxigenin, Biotin, Cy3, Cy5, Dinitrophenol (DNP) or TM-Rhodamine to the bases of DNA or RNA. Since the Label IT reaction is non-destructive to the starting nucleic acid material, Label IT Technology can be used for various in vivo, in vitro and molecular biology applications.
EdU Series Cell Proliferation Detection Kit
EdU Series Cell Proliferation Detection Kit can detect individual proliferating cells in cells, tissue samples and tissue sections, and can quantitatively analyze the overall cell proliferation of these samples, including cultured cell and tissue samples, suitable for fluorescence microscope, laser confocal microscope, flow cytometer, fluorescence microplate reader detection and High-Content Screening (HCS)(High-Content Screening, HCS).
EdU Series Cell Proliferation Detection Kit can detect individual proliferating cells in cells, tissue samples and tissue sections, and can quantitatively analyze the overall cell proliferation of these samples, including cultured cell and tissue samples, suitable for fluorescence microscope, laser confocal microscope, flow cytometer, fluorescence microplate reader detection and High-Content Screening (HCS)(High-Content Screening, HCS).
EdU Series Cell Proliferation Detection Kit can detect individual proliferating cells in cells, tissue samples and tissue sections, and can quantitatively analyze the overall cell proliferation of these samples, including cultured cell and tissue samples, suitable for fluorescence microscope, laser confocal microscope, flow cytometer, fluorescence microplate reader detection and High-Content Screening (HCS)(High-Content Screening, HCS).
EdU Series Cell Proliferation Detection Kit can detect individual proliferating cells in cells, tissue samples and tissue sections, and can quantitatively analyze the overall cell proliferation of these samples, including cultured cell and tissue samples, suitable for fluorescence microscope, laser confocal microscope, flow cytometer, fluorescence microplate reader detection and High-Content Screening (HCS)(High-Content Screening, HCS).
pH Dye Antibody Labeling Kit - for Human Antibody Internalization Detection
pH630 Deep Red anti-human labeling reagent enables rapid, scalable and efficient internalization labeling of antibodies. These pH-sensitive dye conjugates have unique fluorescent properties: almost no fluorescence in the extracellular environment, once entering the acidic environment such as phagosomes, it will immediately emit bright red fluorescence. With this property, compared with other phagocytosis assay methods, this labeling reagent can capture signals faster and reflect experimental results more accurately, significantly improve the efficiency and accuracy of phagocytosis detection.