Amersham CyDye 800 Goat-Anti-Mouse, 0.5 mg (29360789) is a lyophilised near-infrared labelled secondary antibody for fluorescent Western blotting. Raised in goat against mouse primary antibodies, it is designed for the 800 nm detection channel and is supplied in a 0.5 mg pack for quantitative protein detection workflows.
Key Features
- CyDye 800 near-infrared label, designed for fluorescent Western blot detection in the 800 nm channel
- Goat anti-mouse secondary antibody, raised in goat against mouse primary antibodies
- 0.5 mg lyophilised pack size, matching Cytiva product code 29360789
- 500 µL reconstitution volume, specified for the 0.5 mg pack when reconstituted in water
- Supports multiplex detection, when used with a suitable CyDye 700 secondary antibody and appropriate primary antibodies
- Recommended 1:25 000 starting dilution, with final optimisation dependent on the application
- Light-protected refrigerated storage, with storage at 2°C to 8°C before and after reconstitution
Note: This product is intended for research use only and is not intended for diagnostic use.
Benefits
- Supports quantitative fluorescent Western blotting with stable near-infrared signal detection.
- Helps detect mouse primary antibodies without ancillary chemiluminescent detection reagents.
- Can support multiplexed Western blot experiments when paired with a suitable second near-infrared channel.
- Allows membranes to be stored and rescanned for future studies when handled under suitable conditions.
- Provides a larger 0.5 mg pack size for laboratories running repeated fluorescent Western blotting workflows.
Why Choose the Amersham CyDye 800 Goat-Anti-Mouse, 0.5 mg (29360789)?
The Amersham CyDye 800 Goat-Anti-Mouse, 0.5 mg (29360789) gives laboratories a near-infrared labelled secondary antibody for mouse primary antibody detection in fluorescent Western blotting. John Morris Group supplies Cytiva protein analysis consumables across Australia, helping laboratories source verified reagents for protein detection, quantitation and imaging workflows.
