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PhenoVue DRAQ7 Dead Cell Nuclear Stain, 1 mL 

MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system. View All
PhenoVue DRAQ7 Dead Cell Nuclear Stain, 1 mL 
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.

PhenoVue™ DRAQ7™ is a membrane impermeable nuclear stain and is part of Revvity’s portfolio of cellular imaging reagents. It exhibits far-red fluorescence and is validated for use in imaging microscopy and high-content screening applications. PhenoVue DRAQ7 exhibits a maximum excitation wavelength at 599/644 nm and a maximum emission wavelength of 694 nm.

View our extensive validation data in the Product Information Sheet within the Resources tab below.

View product information
Feature Specification
Color Far Red
Filter Cy5
Organelle and Cell Compartment Nucleus
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PhenoVue™ DRAQ7™ is a membrane impermeable nuclear stain and is part of Revvity’s portfolio of cellular imaging reagents. It exhibits far-red fluorescence and is validated for use in imaging microscopy and high-content screening applications. PhenoVue DRAQ7 exhibits a maximum excitation wavelength at 599/644 nm and a maximum emission wavelength of 694 nm.

View our extensive validation data in the Product Information Sheet within the Resources tab below.

View product information
Product Variant
Quantity: 1 x 1 mL
Part #:
CP171
List Price
USD 402.14
For research use only. Not for use in diagnostic procedures.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
PhenoVue DRAQ7 Dead Cell Nuclear Stain, 1 mL 
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
PhenoVue DRAQ7 Dead Cell Nuclear Stain, 1 mL 
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.

Product information

Overview

PhenoVue DRAQ7 Nuclear Stain is a small molecule which is not membrane permeable and is closely related to PhenoVue DRAQ7. PhenoVue DRAQ7 rapidly stains the double-stranded DNA in dead and permeabilized cells.

It is preferentially excited by red wavelengths (Ex. max 599 & 644 nm) and its maximum emission peaks at 694 nm when intercalated with dsDNA.

PhenoVue DRAQ7 is provided in an aqueous, ready-to-use solution which is usually added as the final step in a staining protocol. It is documented in HCS applications.

Features:

  • Numbers of Vials Per Unit: 1
  • Quantity or Volume Per Vial: 1 mL (0.3 mM - 300 nmoles)
  • Form: Liquid
  • Storage: 2-8 °C (Do not freeze)
  • Recommended Working Concentration: 5 µM
  • Maximum Excitation Wavelength: 644 nm
  • Maximum Emission Wavelength: 694 nm
  • Common Filter Set: Cy5
  • Live Cell Staining: Yes
  • Fixed Cell Staining: Yes

Equivalent Number of Microplates:

  • 2-6 x 96-well microplates
  • 2-6 x 384-well microplates
  • 3-9 x 1536-well microplates

Specifications

Color
Far Red
Form
Solution
Maximum Emission Wavelength (Emmax)
694 nm
Maximum Excitation Wavelength (Exmax)
599 nm, 644 nm
Application
High Content Imaging
Microscopy
Brand
PhenoVue™
Detection Modality
Fluorescence
Filter
Cy5
Organelle and Cell Compartment
Nucleus
Quantity
1 x 1 mL
Sample Type
Fixed samples only
Shipping Conditions
Shipped Ambient
Storage Conditions
2-8 °C, protected from light (Do not freeze)
Type
Individual Reagent

Image gallery

MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
PhenoVue DRAQ7 Dead Cell Nuclear Stain, 1 mL 
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
PhenoVue DRAQ7 Dead Cell Nuclear Stain, 1 mL 
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.
MCF-7 cells treated with negative and positive cytotoxic controls for cell death as recorded by DRAQ7
Long-term 3D culture of HepG2 cell spheroid treated with oxaliplatin and co-cultured with DRAQ7
Images of DRAQ7 stained and brightfield of a 3D colorectal immortalized cancer cell line spheroid using the Operetta® CLSTM high-content analysis system.

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