Ready To Ship Violetfluor™ 450 Rat Igg2a Isotype Control (2a3) Best Choice [3Wi5SJUA]

Superior Rat IgG2a Isotype Control

The Ready To Ship Violetfluor™ 450 Rat Igg2a Isotype Control (2a3) Best Choice [3Wi5SJUA] is a highly specialized reagent designed for researchers seeking an isotype-matched control in their experiments. This control is essential for ensuring the accuracy and reliability of flow cytometry assays. With its violetFluor™ 450 labeling, this control stands out in multiplexed experiments, allowing for clear and distinct analysis of your samples. Key features include:

• Isotype-matched to rat IgG2a antibodies
• Binds to TNP (trinitrophenol), a hapten not expressed on mouse or human cells
• Optimized for flow cytometry applications

Unmatched Quality and Performance

The Ready To Ship Violetfluor™ 450 Rat Igg2a Isotype Control (2a3) Best Choice [3Wi5SJUA] is produced with the highest standards of quality control, ensuring consistent and reproducible results across your experiments. This control is ideal for use in a variety of applications, including flow cytometry, where its bright fluorescence and specificity make it a valuable tool for accurate data analysis. Benefits of using this control include:

• Enhanced data accuracy and reproducibility
• Improved experimental design and analysis
• Cost-effective solution for ensuring isotype matching

Comprehensive Support and Documentation

We understand the importance of having reliable resources at your fingertips. That's why we provide comprehensive technical documentation, including the Technical Data Sheet (TDS) and Safety Data Sheet (SDS), to ensure you have all the information you need to successfully integrate this control into your workflow. The Ready To Ship Violetfluor™ 450 Rat Igg2a Isotype Control (2a3) Best Choice [3Wi5SJUA] is also supported by recent publications, demonstrating its effectiveness in flow cytometry applications. Why choose this control?

• Expertly designed for flow cytometry experiments
• Backed by extensive technical documentation
• Supported by peer-reviewed publications