The Anti-SRRM2 antibody produced in rabbit is a high-quality antibody specifically designed for immunofluorescence and immunohistochemistry applications. It is part of the prestigious Prestige Antibodies® range, powered by Atlas Antibodies. This polyclonal, unconjugated antibody targets SRRM2, also known as Cwc21, Kiaa0324, Serine/arginine repetitive matrix 2, Srl300, and Srm300.
The Anti-SRRM2 antibody is produced in rabbits, resulting in a highly specific polyclonal antibody against SRRM2. It is unconjugated, allowing for flexibility in downstream applications. The antibody is provided in a buffered aqueous glycerol solution, ensuring stability and enhancing performance.
The Anti-SRRM2 antibody is specifically designed for immunofluorescence and immunohistochemistry techniques, making it an ideal choice for researchers working in various research areas including gene expression analysis, cell biology, and protein-protein interactions.
The Anti-SRRM2 antibody enables the visualization of the target protein, SRRM2, within cells and tissues. By studying the subcellular localization and distribution of SRRM2, valuable insights into its function can be gained.
With its suitability for immunohistochemistry, the Anti-SRRM2 antibody allows for the detection and localization of SRRM2 in tissue sections. This technique is commonly used to study protein expression patterns and identify potential biomarkers.
The Anti-SRRM2 antibody is part of the prestigious Prestige Antibodies® range, powered by Atlas Antibodies. This collection of high-quality antibodies is developed to support the research community and undergoes rigorous validation to ensure specificity and performance.
The Anti-SRRM2 antibody has been purified using specific binding interactions, resulting in an affinity isolated antibody. This purification process enhances the antibody's specificity and performance, ensuring reliable and reproducible results.
For more information and details about this product, please refer to the product packaging or contact your preferred supplier.