ImmPRESS®-HRP Horse Anti-Rabbit IgG Polymer Detection Kit, Peroxidase, 15 ml

Product Overview

• Article Name: ImmPRESS®-HRP Horse Anti-Rabbit IgG Polymer Detection Kit, Peroxidase, 15 ml
• Biozol Catalog Number: VEC-MP-7401-15
• Supplier Catalog Number: MP-7401-15
• Alternative Catalog Number: VEC-MP-7401-15
• Manufacturer: Vector Laboratories
• Category: Kits/Assays

Product Description

ImmPRESS HRP Horse Anti-Rabbit IgG Polymer Detection Kit, Peroxidase, 15 ml

Additional Information

Description

The ImmPRESS polymerized reporter enzyme staining system uses novel conjugation and micropolymer chemistries to create a highly sensitive, ready-to-use, one-step, non-biotin detection system for immunohistochemistry and immunocytochemistry staining. This unique micropolymer of highly active horseradish peroxidase (HRP) is attached to our affinity purified secondary antibodies, producing reagents with outstanding sensitivity and low background.

 

Features:

• Enhanced accessibility to nuclear and membrane antigens
• Ready-to-use in a convenient dropper bottle
• Shorter assay time
• Simplified multiple labeling
• 15 ml kit will stain approximately 75-150 sections and the 50 ml kit will stain approximately 250-500 sections

 

Kit Contents:

• ImmPRESS (Peroxidase) Polymer Anti-Rabbit IgG Reagent (made in horse, ready-to-use)
• 2.5% Normal Horse Serum for blocking (ready-to-use)

 

Specifications

• Unit Size: 15 ml
• Applications: Immunohistochemistry / Immunocytochemistry, In situ hybridization, ELISAs
• Technology: Micropolymer Reagents
• Detection Enzyme(s): Peroxidase
• Conjugate: Micropolymer HRP
• Target Species: Rabbit
• Format: Ready-to-Use

Documents

• ImmPRESS Polymer & Automated Staining App. Note
• ImmPRESS Troubleshooting Guide
• User Guide
• Safety Data Sheet
• Download CoA
• Datasheet

Product FAQs

What are the advantages of using ImmPRESS® Excel kits compared with one-step peroxidase polymer detection systems?

The ImmPRESS Excel kits are a two-step peroxidase polymer based detection system that include an unconjugated amplifier antibody. This intermediate amplifier antibody increases sensitivity of the assay at least three- to four-fold over that of a one-step polymer based system, by facilitating the introduction of more peroxidase enzyme at the site of specific antigen localization. This increase in sensitivity would be advantageous in instances of weak antigen expression, and to further dilute out an expensive primary antibody. The ImmPRESS Excel Amplifier kits are presented as a complete kit format that include enzyme quench, blocking serum and ImmPACT® DAB EqV peroxidase substrate, in addition to the amplifier antibody and defined ImmPRESS polymer secondary antibody. However, as the two published references below indicate, this format is still modular and allows for the substitution of different detection reagents. These references describe using ImmPACT NovaRED™ peroxidase substrate in combination with the ImmPRESS Excel Amplifier kits. Oncogenesis (2017) 6, e293; doi:10.1038/oncsis.2016.82 Tan, E.M.S., et al (2017) Front. Med. 4:162 (doi: 10.3389/fmed.2017.00162)

Our research lab has an open automated staining platform. Do you know if the ImmPRESS reagents can be applied to an automated system, and if so, do you have any guidelines or procedures?

Yes, we conducted studies on the compatibility of the ImmPRESS HRP polymer reagents with three commercially available autostainers (Agilent/Dako Autostainer Plus, Leica Bond Rx, and Ventana Discovery Ultra). We showed that our reagents are suitable for IHC detection on each of these platforms. The ImmPRESS polymer reagents and enzyme substrates generated equivalent IHC staining results compared to reagents from the instrument manufacturer. Some modifications in the protocol were performed to optimize the signal-to-noise ratio, such as a shorter incubation time for the ImmPRESS polymer and increase in the number of buffer washes following polymer incubation. Please see the following application note for more details about each automated platform:https://info.vectorlabs.com/l/360741/2019-01-11/2hv9mw

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