Plant-Fiber DNA Cards: Multi-Sample Storage

The Plant-Fiber Based DNA Storage Card offers an environmentally friendly and highly efficient solution for storing a wide range of biological samples, including blood, saliva, semen, cells, microbes, plant tissue, and viruses. Designed for long-term DNA preservation, this card ensures sample integrity without the need for refrigeration, making it an ideal tool for forensic, medical, and research applications.

Key Features:

  1. Multi-Sample Compatibility: This card is capable of preserving DNA from a variety of biological sources, including human fluids, plant tissue, and microorganisms, ensuring versatility for diverse applications.

  2. Environmentally Friendly: Made from plant fibers, the card is biodegradable, providing an eco-friendly solution for sample storage.

  3. Room-Temperature Storage: No refrigeration is required, as the card’s unique composition stabilizes DNA at room temperature, simplifying sample storage and transport.

  4. Easy Sample Collection: The card’s design facilitates easy absorption and secure storage of biological samples, ensuring that they are safely preserved for long-term DNA analysis.

  5. High DNA Integrity: The plant-fiber composition prevents DNA degradation, maintaining its integrity for future extraction and analysis, even after long-term storage.

Operational Use:

  1. Collect the Sample: Apply the biological sample (e.g., blood, saliva, etc.) to the plant-fiber card, allowing the DNA to be absorbed by the fibers.

  2. Allow Drying: Let the sample air dry completely on the card to ensure optimal preservation.

  3. Store at Room Temperature: Once dry, store the card at room temperature for long-term preservation.

  4. Extract DNA: When required, the DNA can be extracted from the card for further analysis, such as PCR, sequencing, or forensic investigation.

Scope:
The Plant-Fiber Based DNA Storage Card is ideal for forensic labs, medical professionals, research institutions, and anyone needing an efficient, environmentally friendly method to store a variety of biological samples for DNA analysis.

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