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Product Name: RNase A (17,500 U)

Product Description:
RNase A is a bovine pancreatic ribonuclease enzyme that catalyzes the degradation of RNA into smaller components. It specifically cleaves the phosphodiester bonds between the phosphate group and the ribose sugar, facilitating the removal of RNA contaminants from DNA preparations and various other applications in molecular biology research.

Key Features:
- High Activity: The enzyme exhibits 17,500 units of activity, ensuring efficient RNA degradation.
- Purity: RNase A is purified to remove any potential DNA and protein contaminants, guaranteeing reliable results in sensitive applications.
- Stability: The enzyme maintains activity across a range of temperatures and pH levels, providing versatility in experimental designs.
- Non-Specific: Capable of cleaving all types of RNA, including single-stranded, double-stranded, and circular RNA.

Storage:
- Temperature: Store at -20°C for long-term storage. Avoid repeated freeze-thaw cycles to maintain enzyme activity.
- Stability: When stored properly, RNase A remains stable for up to 12 months.
- Storage Buffer: Typically provided in a stabilizing buffer that protects its activity and structure.

What's Included:
- RNase A Enzyme: Supplied in lyophilized form or as a concentrated liquid solution.
- User Guide: Detailed instructions for handling and usage to maximize enzyme effectiveness.
- Certificate of Analysis: Documentation verifying enzyme activity and purity specifications.

Applications:
- Molecular Biology: Used in DNA purification protocols to remove RNA contaminants.
- RNA Studies: Essential for RNA sequencing preparations and other RNA-related experiments.
- Biotechnology: Applied in genetic engineering processes, including cloning and library construction.
- Clinical Research: Utilized in the preparation of samples for diagnostic assays where RNA removal is crucial.

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This enhanced product information should provide potential users with a comprehensive understanding of RNase A's capabilities and how to effectively utilize it in various scientific applications.