Certainly! Here's a structured and comprehensive product information guide for Total RNA - Human Adult Normal Tissue: Skeletal Muscle:

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Total RNA - Human Adult Normal Tissue: Skeletal Muscle

Storage:
- Store at -80°C for long-term preservation.
- Avoid repeated freeze-thaw cycles to maintain RNA integrity.
- Ensure the product is kept in a frost-free freezer to prevent temperature fluctuations.

Product Description:
Total RNA from human adult normal skeletal muscle tissue is extracted using advanced techniques to ensure high purity and integrity. This RNA is ideal for various molecular biology applications including gene expression analysis, RT-PCR, and RNA sequencing. The product is rigorously tested to confirm the absence of contaminants and degradation, making it suitable for sensitive downstream applications.

Key Features:
- High Purity and Quality: Carefully isolated from human skeletal muscle tissue to ensure RNA integrity and purity.
- Validated for Reliability: Tested for absence of DNA, protein, and enzymatic contaminants.
- Convenient Format: Supplied in a user-friendly aliquot to facilitate easy handling and minimal waste.
- Optimized for Research: Ideal for gene expression studies, particularly those focused on muscle-specific genes and pathways.

What's Included:
- Vial(s) containing Total RNA isolated from human adult normal skeletal muscle tissue.
- Detailed product datasheet with information on RNA yield, purity metrics (A260/A280 ratio), and extraction methodology.
- Certificate of analysis indicating batch-specific data including RNA concentration and quality assessment.

Applications:
- Gene Expression Analysis: Suitable for examining the expression profile of genes specific to skeletal muscle tissue.
- RT-PCR and qPCR: Ideal for reverse transcription and quantitative PCR applications to study muscle-related genes.
- RNA Sequencing: Provides high-quality RNA for transcriptomic studies, enabling insights into muscle biology and function.
- Biomarker Discovery: Supports research into identifying biomarkers for muscle health, disease, and regeneration.
- Functional Genomics: A critical tool for understanding gene function and regulation in skeletal muscle tissue.

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By ensuring each section is comprehensive and precise, the information provided will support researchers and scientists in making informed decisions regarding the use of this product in their studies.