Fluoro IndoBlu by Cell Technology
Highly effective and stable assay for cell proliferation. No need to wash out media from cell samples, just add the reagent directly to your experimental samples. Works for both cell viability and proliferation assay. Plate can be read in 30 minutes to 3 hours.
Fluoro IndoBlu by Cell Technology
Cell Technology introduces a Fluoro IndoBlu™ reagent for cell proliferation and viability assay. Fluoro
IndoBlu™ is an oxidation/reduction- based reagent that functions as a cell viability indicator by
quantitatively measuring the reducing power of living cells. Fluoro IndoBlu™ is a cell-permeable reagent
that is blue in color, but non-fluorescent. When added to cells, the IndoBlu™ reagent is modified by the
reducing environment of the viable cell, it turns red in color and becomes highly fluorescent. This change
can be detected using fluorescence or absorbance measurements. Fluoro IndoBlu™ is detected at the
Excitation = 530 nm and Emission = 590 nm /absorbance at 570nm.
530 nm and Emission = 590 nm /absorbance at 570nm
Fluorescence plate reader
-20°C
Ships overnight (domestic), International Priority Shipping
United States
INDBLU100-3: 500 Tests
Part # 4024: IndoBluTM Reagent (2-8C)
Optional: 96-Well Clear Bottomed Black Plate for Fluorescent Readout
INDBLU100-3P: 500 Tests (with 5 Black Clear Bottom Plates)Part # 4024: IndoBluTM Reagent (2-8C)
96-Well Clear Bottomed Black Plate for Fluorescent Readout x 5
INDBLU100-4: 1000 TestsPart # 4024: IndoBluTM Reagent x 2 (2-8C)
Optional: 96-Well Clear Bottomed Black Plate for Fluorescent Readout
INDBLU100-4P: 1000 Tests (with 10 Black Clear Bottom Plates)Part # 4024: IndoBluTM Reagent x 2 (2-8C)
96-Well Clear Bottomed Black Plate for Fluorescent Readout x 10
INDBLU100-3P: 500 Tests (with 5 Black Clear Bottom Plates)
INDBLU100-4: 1000 Tests
INDBLU100-4P: 1000 Tests (with 10 Black Clear Bottom Plates)
Product Specific References
| PMID | Publication |
| 25055824 | Coaxum, S. D., et al. 2014. Epidermal growth factor-induced proliferation of collecting duct cells from Oak Ridge polycystic kidney mice involves activation of Na+/H+ exchanger. Am J Physiol Cell Physiol, C554-60. |