null

GenieFluor Red 780 Mouse IgM, ? Isotype Control [MM-30] (AGEL2919)

SKU:
AGEL2919
Product Type:
Antibody
Antibody Type:
Monoclonal Antibody
Applications:
FCM
Host Species:
Mouse
Isotype:
Mouse IgM, κ
Clone:
MM-30
Conjugation:
AFRed 780
$167 - $395
Frequently bought together:

Description

GenieFluor Red 780 Mouse IgM, κ Isotype Control [MM-30]

The GenieFluor Red 780 Mouse IgM Isotype Control (MM-30) is a crucial tool for researchers working with flow cytometry and immunofluorescence techniques. This isotype control antibody, available from Assay Genie, serves as a negative control in experiments involving mouse IgM antibodies, ensuring that any observed effects are specific to the target antibody rather than non-specific binding.The GenieFluor Red 780 Mouse IgM Isotype Control (MM-30) is highly pure and specific, providing researchers with a reliable baseline for comparison in their experiments. It offers high sensitivity and specificity, allowing for accurate interpretation of results and minimizing background noise. This control antibody is essential for validating experimental procedures, optimizing staining conditions, and ensuring the quality and reproducibility of data.In flow cytometry experiments, the GenieFluor Red 780 Mouse IgM Isotype Control (MM-30) can help researchers distinguish between specific signal and non-specific binding, enabling precise identification of target cells.

By including this isotype control in their experimental design, researchers can confidently interpret and analyze their flow cytometry data, leading to more accurate and meaningful results in studies involving mouse IgM antibodies.For researchers investigating immune responses, cell signaling pathways, and antibody validation, the GenieFluor Red 780 Mouse IgM Isotype Control (MM-30) from Assay Genie is a valuable tool that ensures the specificity and reliability of their experimental findings. With its high quality and performance, this isotype control antibody is a trusted choice for researchers seeking accurate and reproducible results in their flow cytometry and immunofluorescence studies.