MISSION® esiRNA Targeting Human PKP1: Efficient and Selective Gene Silencing Tool

Product Description

The MISSION® esiRNA targeting human PKP1 is a highly efficient and selective gene silencing tool designed to inhibit the expression of the PKP1 gene in human cells. It offers researchers a precise and effective method for studying the function and role of PKP1 in various biological processes. This esiRNA is a complex mixture of individual in vitro transcribed double-stranded RNAs that specifically target human PKP1 mRNA, leading to the suppression of PKP1 gene expression. The product is supplied as a lyophilized powder and can be easily reconstituted using the provided instructions, ensuring convenience and ease of use for researchers.

Gene silencing, also known as RNA interference (RNAi), has emerged as a powerful technique in molecular biology and has revolutionized the study of gene function. By specifically targeting and silencing the expression of a particular gene, researchers can gain valuable insights into its biological roles and potential therapeutic implications. The MISSION® esiRNA targeting human PKP1 offers researchers a reliable tool to investigate the functions and mechanisms of PKP1.

Ingredients and Composition:

• Mixture of individual in vitro transcribed double-stranded RNAs
• Specifically targets human PKP1 mRNA

The MISSION® esiRNA targeting human PKP1 is supplied as a lyophilized powder, ensuring stability and long shelf life. Lyophilization is a technique that involves freeze-drying the product to remove moisture, resulting in a highly stable and easily reconstitutable form. This powder can be easily reconstituted in the laboratory using the provided instructions, allowing for immediate use in experiments.

Key Features:

• Efficient and selective gene silencing of human PKP1: The MISSION® esiRNA offers researchers a reliable and effective method for specifically inhibiting the expression of the PKP1 gene in human cells.
• In vitro transcribed double-stranded RNAs: The esiRNA is composed of individual in vitro transcribed double-stranded RNAs, specifically designed to target human PKP1 mRNA.
• Lyophilized powder: The product is supplied as a lyophilized powder, ensuring stability and ease of storage.
• Comes with detailed reconstitution instructions: The MISSION® esiRNA comes with comprehensive instructions for reconstitution, allowing researchers to easily and accurately prepare the solution for use.
• Tested and optimized for gene knockdown experiments: The esiRNA has been extensively tested and optimized to ensure efficient and reliable gene knockdown, minimizing off-target effects.
• Suitable for in vitro and in vivo applications: The MISSION® esiRNA targeting human PKP1 is suitable for a wide range of applications, including both in vitro and in vivo experiments.

Researchers can confidently use the MISSION® esiRNA targeting human PKP1 for a variety of experimental purposes. It provides a powerful tool for studying the function and role of PKP1 in various cellular processes, including cell adhesion, cell signaling, and epithelial development. The precise and selective gene silencing achieved by this esiRNA enables researchers to accurately investigate the impact of PKP1 knockdown on cellular behavior and responses.

The MISSION® esiRNA has undergone rigorous testing to ensure its high quality and effectiveness. Extensive optimization has been carried out to minimize off-target effects and increase the specificity of gene knockdown. The provided reconstitution instructions enable researchers to easily prepare the esiRNA solution, ensuring consistent and reliable results.

For further information on safety and handling precautions, researchers can refer to the provided Material Safety Data Sheet (MSDS). Additionally, related peer-reviewed papers and technical documents are available to provide researchers with valuable background information and experimental protocols. Researchers interested in exploring further products related to the MISSION® esiRNA targeting human PKP1 can refer to the catalog number: EHU068941.