Thermo Fisher, 46630, Krypton™ Fluorescent Protein Stain

Krypton™ Fluorescent Protein Stain Thermo Scientific Krypton Fluorescent Protein Stain enables sensitive visualization with fluorescence imagers (520nm excitation; 580nm emission) of proteins separated in polyacrylamide gels or transferred to membranes.
Features of Krypton Fluorescent Protein Stain:
•Intense fluorescent stain—excitation and emission maxima of 520nm and 580nm, respectively (compatible with 532nm excitation light sources and 580 to 600nm emission filters)
•Instrument-compatible—effective with popular laser-based and filter-based fluorescence imagers
•Broad dynamic range—linear quantitative range spans three to four orders of magnitude Sensitive—detect as little as 0.
25ng protein with the standard protocol (approx. 2.
5 hours); at least as sensitive as fluorescent stains from other suppliers
•Fast—standard (2.
5 hours) and rapid (30 minutes) protocols are significantly faster than procedures of other popular fluorescent stains
•Versatile—compatible with proteomics workflows involving downstream mass spectrometry
•Compact—supplied as a 10X solution to save storage space; just dilute with water before useThis fluorescent protein gel stain is for bright yellow-orange fluorescent detection of proteins separated by 1D or 2D polyacrylamide gel electrophoresis (SDS-PAGE). Krypton Stain uses a protein-binding dye with fluorescence properties (Ex/Em = 520/580nm) suitable for visualization with a variety of standard laser-based and filter-based fluorescence imagers and documentation systems. Proteins are detectable at concentrations greater than 0.
25ng per band in a typical mini-gel lane (greater than 2ng for the rapid staining protocol). Krypton Stain provides high signal intensity, exhibits minimal protein-to-protein variation, has an excellent quantitative dynamic range and is compatible with subsequent destaining and analysis by mass spectrometry.
For best results, detect bands using visible laser-based imagers equipped with a 532nm laser light source. Although 580nm-filters are optimal for emission, 600nm-filters are also compatible. Stained gels can be imaged on any platform with the respective excitation and emission filters.
Detection Location: In-Gel Detection
Detection Method: Fluorescence
Product Line: Krypton™
Product Type: Protein Stain
Quantity: 500 mL
Target Molecule: Protein
Label or Dye: Proprietary Mix
Unit Size: Each