Invitrogen™ LIVE/DEAD™ Viability/Cytotoxicity Assay Kit (Green/Deep Red)

A two-color fluorescent cell viability assay that simultaneously identifies live and dead cells. Live cells are labeled with calcein dye and emit a green fluorescence, while dead cells are labeled with SYTOX Deep Red dye and emit a red fluorescence.

Brand:  Invitrogen™ L32250

Product Code. 17444512

Description

LIVE/DEAD™ Viability/Cytotoxicity Assay Kit (Green/Deep Red)

• A two-color fluorescent cell viability assay that simultaneously identifies live and dead cells
• Live cells are labeled with calcein dye and emit a green fluorescence
• Dead cells are labeled with SYTOX Deep Red dye and emit a red fluorescence
• Dyes can be multiplexed with other orange/red fluorophores with compatible filter sets
• Kit is suitable for use with fluorescence microscopes or high content analysis (HCA) fluorescence multiwall plate scanners
• Easily adaptable for use other fluorescence detection systems
• Assay principles are general and applicable to most eukaryotic cell types, including adherent and non-adherent cells

Specifications

• Color: Green, Deep Red
• Description: LIVE/DEAD Viability/Cytotoxicity Assay Kit (Green/Deep Red)
• For Use With (Application): Viability Assay
• Product Type: M25
• Excitation Wavelength Range: 495, 660 nm
• Indicator: Calcein, AM (live cell indicator), SYTOX™ Deep Red Nucleic Acid Stain (dead cell indicator)
• Quantity: 2 x 40 μL Vials kit
• Target: Viability

• Content And Storage: • 1 vial of Calcein AM (live cell indicator), 40 μL, provided as a 2000X (4 mM) solution in DMSO
  • 1 vial of SYTOX Deep Red Nucleic Acid Stain (dead cell indicator), 40 μL, provided as a 2000X (500 μM) solution in DMSO
  
  Store at ≤-20°C, upright in dry place. Protect from light.
  
• Detection Method: Fluorescence
• For Use With (Equipment): Fluorescence Microscope, High Content Analysis Instrument, Other Fluorescence Detection Systems
• Emission: 515, 682 nm
• Format: Kit
• Product Line: LIVE/DEAD
• Shipping Condition: Room Temperature