UltraVision Quanto Detection System AP, Epredia
Supplier: Epredia
UltraVision Quanto AP delivers higher lab profitability and better staining by supporting laboratories to select the best antibody for each test.
UltraVision Quanto AP has been validated in combination with Liquid Fast-Red Substrate System and provides four major benefits: High sensitivity-can both be used for tricky and challenging markers and/or allows a more gentle HIER. Increased sensitivity for rabbit antibodies-more economical use of expensive rabbit monoclonal antibodies. Crisp, clear and strong staining for high contrast. Reduced incubation times for shorter run times. Polymer detection methods have been shown to provide increased sensitivity and detection simplicity. This innovative micropolymer technology has major advantages over conventional IHC systems. It allows the detector to readily penetrate the nuclear membrane enabling the user to detect nuclear antigens without sacrificing the ability to stain cytoplasmic and membrane antigens. UltraVision Quanto amplifies the signal with both mouse and rabbit primary antibodies making it versatile and easy to use. Background noise due to nonspecific binding to endogenous biotin molecules is eliminated because UltraVision Quanto is not a biotin/avidin based system. The signal to noise ratio is further enhanced to detect low antigen expression or compensate for low primary antibody affinity by utilizing highly purified secondary antibodies and enzymes. The UltraVision Quanto ultimately provides the user with a rapid, easy to use, and versatile IHC detection system that offers superior staining of tissues traditionally thought difficult to visualize.
Ordering information: Includes: TL-060-AL: Primary Antibody Amplifier Quanto (TL-060-QPB), AP Polymer Quanto (TL-060-QAP), Ultra V Block (TA-060-UB). TL-125-AL: Primary Antibody Amplifier Quanto (TL-125-QPB), AP Polymer Quanto (TL-125-QAP), Ultra V Block (TA-125-UB).
Learn more
About VWR
Avantor is a vertically integrated, global supplier of discovery-to-delivery solutions for...