Festive Deal Rpp14 Polyclonal Antibody Get 40% Off Today [njp3VIF5]

Festive Deal Rpp14 Polyclonal Antibody Get 40% Off Today [njp3VIF5]

Introducing the Festive Deal Rpp14 Polyclonal Antibody Get 40% Off Today [njp3VIF5], a high-quality reagent designed for researchers specializing in molecular biology and immunology. This antibody is a crucial tool for detecting and studying RPP14, a key subunit of ribonuclease P, which possesses 3' to 5' exoribonuclease activity. With its versatile applications in Western blot (WB) and Immunohistochemistry (IHC), the Festive Deal Rpp14 Polyclonal Antibody Get 40% Off Today [njp3VIF5] is an essential addition to any laboratory seeking to delve into the intricate mechanisms of gene expression and cellular function.

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• Host: Rabbit, ensuring robust immune response and high specificity.
• Applications: Ideal for both WB and IHC, offering flexibility in various experimental settings.

The Festive Deal Rpp14 Polyclonal Antibody Get 40% Off Today [njp3VIF5] is produced through antigen affinity purification, ensuring a high degree of purity and reliability. This antibody targets human and mouse RPP14, making it suitable for cross-species studies. With a calculated molecular weight of 14 kDa and observed molecular weight as referenced in figures, the Festive Deal Rpp14 Polyclonal Antibody Get 40% Off Today [njp3VIF5] is optimized for accurate detection and identification of RPP14 proteins. Its conjugation status is unconjugated, allowing for customization in downstream applications.

Unmatched Quality and Reliability:

The Festive Deal Rpp14 Polyclonal Antibody Get 40% Off Today [njp3VIF5] is formulated in a phosphate buffered solution with 0.05% stabilizer and 50% glycerol, ensuring stability and long-term storage. It is supplied at a concentration of 1.08 mg/mL, providing ample material for multiple experiments. The antibody is also available in a buffer solution, ready to use, simplifying the experimental process and saving valuable time in the laboratory. Store this antibody at -20°C for optimal stability and avoid freeze-thaw cycles to maintain its integrity.