UltraBrite™

UltraBrite™ Red IHC Chromogen is a single, highly stable, AEC chromogen/substrate working solution. When used in conjunction with immunoperoxidase detection systems, AEC produces a red colored end product at positive sites, yielding strong contrast when...

UltraBrite™ black IHC chromogen (HRP) is a substrate-chromogen system designed to be used for either immunohistochemistry (IHC) or ISH when utilizing horseradish peroxidase. UltraBrite™ black IHC chromogen (HRP) produces a sharply contrasting ebony black...

The UltraBrite™ yellow IHC chromogen (HRP) is a substrate chromogen system designed to be used for either immunohistochemistry (IHC) or ISH when utilizing horseradish peroxidase. UltraBrite™ yellow IHC chromogen (HRP) produces a distinct bright yellow...

The UltraBrite™ green IHC chromogen (AP) is a substrate-chromogen system designed to be used for either immunohistochemistry (IHC) or ISH when utilizing alkaline phosphatase. UltraBrite™ green IHC chromogen (AP) has been modified to increase stability...

The UltraBrite™ blue IHC chromogen (HRP) is a substrate-chromogen system designed to be used for either immunohistochemistry (IHC) or ISH when utilizing horseradish peroxidase. UltraBrite™ blue IHC chromogen (HRP) produces a sharply contrasting ebony...

The UltraBrite™ blue IHC chromogen (AP) is a substrate-chromogen system designed to be used for either immunohistochemistry (IHC) or ISH when utilizing alkaline phosphatase. UltraBrite™ blue IHC chromogen (AP) has been formulated for increased stability...

Traditional formulations for red alkaline phosphatase chromogens are unstable upon mixing. This can be problematic for use in automated slide strainers. UltraBrite™ red IHC chromogen (AP Plus) has been formulated for on-slide and on-board mixing for any...

The UltraBrite™ red IHC chromogen (AP) is a substrate-chromogen system designed to be used for either IHC or ISH when using alkaline phosphatase detection. The system produces a brilliant dark red color and is insoluble in organic solvents; therefore,...