The DNA Collection and Preservation Reagent is designed to significantly enhance the detection rate and extend the storage period of DNA samples. This specialized reagent ensures optimal preservation by stabilizing DNA at the cellular level, preventing degradation during long-term storage. It maintains sample integrity, even under harsh conditions, making it ideal for forensic, medical, and research applications. By effectively protecting DNA from environmental factors, this reagent improves reliability in DNA testing and analysis, ensuring consistent and accurate results.
Key Features:
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Enhanced Detection Rate: The reagent optimizes DNA quality, ensuring higher accuracy and efficiency during analysis.
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Extended Storage Period: It effectively prevents DNA degradation, allowing samples to be stored for extended periods without compromising integrity.
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Stable Preservation: The formulation stabilizes DNA at the molecular level, safeguarding it from heat, moisture, and other environmental factors.
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Universal Application: Suitable for a variety of biological samples, including blood, saliva, semen, and other forensic or medical specimens.
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Reliable Performance: Ensures consistency and reliability in long-term DNA storage, ideal for forensic investigations, clinical diagnostics, and research purposes.
Operational Use:
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Add the Reagent: After sample collection, apply the DNA preservation reagent directly to the sample.
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Mix and Store: Allow the reagent to interact with the DNA before sealing and storing the sample in appropriate conditions (e.g., room temperature or refrigerated).
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Transport: Samples preserved with the reagent can be safely transported to labs without the risk of DNA degradation.
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Analyze: The sample will remain stable for long periods, ensuring reliable results when analyzed at a later time.
Scope:
This DNA preservation reagent is essential for forensic labs, medical diagnostics, genetic testing, and research institutions. It is particularly valuable in cases requiring long-term storage and safe transport of DNA samples.