An In Vitro Absorbance Assay for Intestinal Cell Viability and Function
The Easy and Rapid In Vitro Research Absorbance Assay for Intestinal Cells
|Intestinal Cells (adherent)
|Intestinal Cells (non-adherent)
Uses of EpiLIGHT™
- Study intestinal epithelium stem cell research.
- Measure stem cell self-renewal, proliferation potential and ability.
- Study intestinal progenitor cells, cell differentiation and markers.
- Study cell functional interaction.
- Determine the response of crypt and villi cells to different agents.
- Incorporates the non-destructive and proven Roche® WST-1 tetrazolium reagent to produce a soluble yellow formazan product.
- Uses an absorbance plate reader or multimode plate reader, with a 420nm to 480nm filter.
- Non-subjective, instrument-based and quantitative readout procedure.
- Combine directly with other endpoint assays.
- Flexibility to use investigators own growth medium and culture protocols.
- Available for adherent or non-adherent cells.
- High-throughput capability.
- Results in 1-4 hours after addition of the single-step WST-1 reagent.
- Simple, time efficient and cost effective.
EpiLIGHT™ can be used for to study intestinal cells from multiple species. Intestinal cell lines can also be used with EpiLIGHT™
- Incorporates a terazolium WST-1 reagent that is reduced to a soluble yellow formazan, which can be measured at an maximum absorbance of 440nm (420nm to 480nm) in an absorbance plate reader.
- After culture, add 10Î¼l of the WST-1 reagent, mix and read absorbance at 440nm after 1-4 hours in a 96-well plate reader. Plates can be returned to incubator and re-read at a later time for increased sensitivity.
- No solubilization step as in a MTT reaction. Replaces MTT assays.
For Research Use Only. Not for clinical diagnostic use.
Absorbance or multimode plate reader with a 490nm filter.
- WST-1 Reagent
- Sterile, clear, 96-well plates. Choice of non-adherent or adherent plates.
- Non-sterile, 96-well plate for background determination.
- Sterile, adhesive foil covers to maintain sterility of unused wells.