As Seen On Tv Mouse Igg2a Kappa Isotype Control Monoclonal Clone C1184 Fitc Ready To Use (new) [Ge9pih5P]

Superior Flow Cytometry Isotype Control

The As Seen On Tv Mouse Igg2a Kappa Isotype Control Monoclonal Clone C1184 Fitc Ready To Use (new) [Ge9pih5P] from Innovative Research is a top-tier solution for ensuring the accuracy of your flow cytometry assays. This product is meticulously designed to function as an ideal isotype control, allowing you to validate the specificity of your antibodies with precision. With its FITC conjugation and ready-to-use format, this isotype control streamlines your workflow, saving you time and effort.

Key Product Features

This isotype control stands out for its high purity and exceptional performance. Here are some of its key features:

• Host Species: Mouse
• Target: IgG2a Kappa

The monoclonal clone C1.18.4 ensures consistent results across your experiments. Additionally, its conjugation with FITC allows for excellent fluorescence properties, making it an ideal choice for fluorescence-activated cell sorting (FACS) applications. The buffer composition, which includes PBS with 0.05% Proclin300 and 1% BSA, guarantees stability and compatibility with a wide range of antibodies.

Practical Applications and Benefits

Whether you are conducting research in immunology, oncology, or any other field that relies on flow cytometry, this isotype control is an essential tool. Here are some of its practical applications and benefits:

• Flow Cytometry Antibody Validation: Confirm the specificity of your antibodies by using this isotype control as a negative control.
• Standardization: Achieve reliable and consistent results by incorporating this control into your standard operating procedures.

With its convenient ready-to-use format, this isotype control is perfect for laboratories that require rapid and efficient processing. By choosing Innovative Research, you are investing in a brand that is committed to delivering reliable, consistent products that will help you achieve your research goals. For research use only.