Certainly! Here's a detailed overview of the product information for Genomic DNA sourced from human adult normal tissue, specifically from the brain's occipital lobe, from a single donor.

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Storage:
- Temperature: Store at -20°C to -80°C for long-term storage to maintain DNA integrity.
- Avoid: Repeated freeze-thaw cycles, which can degrade DNA quality.
- Stability: Under proper storage conditions, the product is stable for at least 12 months.

Product Description:
- Source: Genomic DNA extracted from the occipital lobe of a single human adult donor.
- Purity: The DNA is processed to remove proteins, lipids, and other cellular contaminants, ensuring high purity suitable for sensitive applications.
- Integrity: Verified through gel electrophoresis or similar methods to confirm high molecular weight and intact genomic structure.
- Concentration: Typically provided at a concentration of 50-200 ng/µL, though this can vary based on production batch.

Key Features:
- Single Donor: Ensures consistency and reliability in experimental results, reducing variability found in pooled samples.
- High Quality: Rigorous quality control measures are in place to confirm purity and integrity.
- Human Brain Tissue: Specifically sourced from the occipital lobe, ideal for studies related to visual processing and neurobiology.
- Compatibility: Suitable for PCR, qPCR, sequencing, and other genomic assays.

What's Included:
- Vial of Genomic DNA: Supplied in a buffer solution to maintain stability.
- Certificate of Analysis: Includes donor information such as age, sex, and tissue procurement details, along with quality control data.
- Storage and Handling Instructions: Comprehensive guidelines to ensure optimal usage and preservation of the product.

Applications:
- Neuroscience Research: Understanding gene expression patterns and mutations specific to the occipital lobe.
- Genetic Studies: Ideal for comparative studies involving brain tissues or neurological conditions.
- Molecular Biology: Suitable for cloning, genotyping, and other DNA manipulation techniques.
- Pharmacogenomics: Investigation of drug interactions and personalized medicine approaches targeting brain functions.
- Educational Use: Can be utilized for training in advanced genomic techniques in an academic setting.

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This enhanced product information should provide comprehensive details for users interested in utilizing genomic DNA from human brain tissue in their research or educational endeavors.