[CAS NO. ]  MicroStacker™ Mouse-on-Mouse HRP Polymer

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PRODUCTS SPECIFICATIONS

Catalog
CNV-CSM1004
Brand
Celnovte

DESCRIPTION

Applications

Detection of Mouse Primary Antibodies on Mouse Tissue in IHC


Storage Conditions

2-8 C | 36-46 F


Technology

Micropolymer with Fab' Fragments


Format

Ready-to-Use


Product Features

 Original MicroStacker™ Technology – Utilizes proprietary technology for superior detection of mouse primary antibodies on mouse tissue

 Special Treatment – Reduces reactivity with endogenous mouse IgG, minimizing background interference

 No Blocking Required – Eliminates the need for endogenous mouse IgG blocking steps, simplifying protocols

 Reduced Background – Provides lower background and clearer staining compared to conventional Mouse-on-Mouse methods


Recommended Protocol

 Primary Antibody: Room temperature, 30-60 minutes

 Detection Polymer: Room temperature, 12 minutes

 DAB Incubation: 5 minutes


MicroStacker™ Technology Platform

MicroStacker™ Mouse-on-Mouse Polymer is a biotin-free, polymeric horseradish peroxidase (HRP) secondary antibody conjugate system designed to detect mouse primary antibodies on mouse tissue. This system features specially engineered anti-mouse secondary antibodies to minimize high background caused by endogenous mouse IgG.


Celnovte’s proprietary MicroStacker™ technology uses micro-polymer scaffolds to enable orientation-controlled attachment of Fab’ fragments to the poly-HRP core. This proprietary Fab’ labeling method prevents the antibody binding site from being blocked during bioconjugation, enhancing the polymer’s sensitivity. The compact polymeric structure penetrates all cellular compartments, ensuring consistent staining of nuclear, cytoplasmic, and membranous antigens.


The biotin-free detection system prevents background staining from endogenous biotin. Additionally, the use of Fab’ fragments instead of whole IgG reduces non-specific binding to endogenous Fc receptors, further minimizing background. This results in superior sensitivity and specificity compared to traditional HRP polymers with bulky dextran backbones.