Thermo Scientific™ Lab Vision™ UltraVision™ LP Detection System: HRP Polymer/DAB Plus Chromogen

Description

UltraVision LP is the latest technology in polymeric labeling. Polymer detection methods have been shown to provide increased sensitivity and detection simplicity. This second-generation polymer system is composed of smaller polymer subunits that minimize conflicts in binding the target protein. Decreased binding conflicts result in more consistent staining and better signal amplification.¹ Ultimately, this gives the user higher sensitivity and antibody efficiency.² With UltraVision LP, you use less antibody and obtain better signal-to-noise ratios. UltraVision LP is also biotin-free, which eliminates background staining found with traditional biotin-based detection methods.

• Specificity: anti-Mouse IgG (H+L), anti-Rabbit IgG (H+L)

• Enzyme: Peroxidase

• Chromogen/Substrate: Diaminobenzidine (DAB)

• Specificity: anti-Mouse IgG (H+L), anti-Rabbit IgG (H+L)

• Enzyme: Peroxidase

• Chromogen/Substrate: Diaminobenzidine (DAB)

Includes:

TL-015-HD: 15mL Hydrogen Peroxide Block (TA-015-HP), 15mL Ultra V Block (TA-015-UB), 15mL Primary Antibody Enhancer (TL-015-PB), 15mL HRP Polymer (TL-015-PH), 15mL DAB Plus Substrate (TA-015-HSX), 1mL DAB Plus Chromogen (TA-001-HCX)

TL-060-HD: 60mL Hydrogen Peroxide Block (TA-060-HP), 60mL Ultra V Block (TA-060-UB), 60mL Primary Antibody Enhancer (TL-060-PB), 60mL HRP Polymer (TL-060-PH), 60mL DAB Plus Substrate (TA-060-HSX), 2mL DAB Plus Chromogen (TA-002-HCX)

TL-125-HD: 125mL Hydrogen Peroxide Block (TA-125-HP), 125mL Ultra V Block (TA-125-UB), 125mL Primary Antibody Enhancer (TL-125-PB), 125mL HRP Polymer (TL-125-PH), 125mL DAB Plus Substrate (TA-125-HSX), 4mL DAB Plus Chromogen (TA-004-HCX)

Note:

UltraVision detection system detects a specific mouse IgG or rabbit IgG antibody bound to an antigen in tissue sections. The specific antibody is located by a universal secondary antibody formulation conjugated to an enzyme-labeled polymer that recognizes mouse and rabbit immunoglobulins. The polymer complex is then visualized with an appropriate substrate/chromogen.