FTA Card Kit – Multi-Use DNA Testing and Re-Examination

The FTA Card Kit is an innovative solution for DNA testing and re-examination, providing a reliable method for the collection, preservation, and storage of DNA samples. With its unique chemical treatment, the FTA card preserves DNA at room temperature, allowing for multi-use applications, including long-term storage and re-testing, ideal for forensic, medical, and research environments.

Key Features:

  1. Multi-Use Capability: The FTA Card Kit allows for repeated DNA extractions from a single sample, enabling multiple tests and re-examinations as needed.

  2. Room-Temperature Storage: The card preserves DNA effectively at room temperature, eliminating the need for refrigeration and providing convenience for both field and lab environments.

  3. Reliable DNA Preservation: The FTA chemical treatment stabilizes DNA on the card, ensuring the sample remains intact and usable for years, even under various storage conditions.

  4. Easy Collection and Handling: The FTA card’s user-friendly design makes DNA collection straightforward, ensuring a contamination-free sample and simplifying the handling process.

  5. Ideal for Forensic and Medical Use: The card is well-suited for forensic investigations, medical diagnostics, and research, where DNA samples may need to be preserved for long periods and re-tested.

Operational Use:

  1. Collect the Sample: Use the FTA card to collect a biological sample such as blood, saliva, or tissue.

  2. Allow Drying: Let the sample dry on the FTA card to ensure complete preservation of the DNA.

  3. Store at Room Temperature: Once dried, store the card in a secure location at room temperature for long-term preservation.

  4. Re-Examine as Needed: For future DNA analysis or re-examination, simply extract DNA from the card as required.

Scope:
The FTA Card Kit is suitable for forensic investigators, medical professionals, researchers, and law enforcement agencies that need a versatile, long-term solution for DNA testing, preservation, and re-examination.

Indicating FTA Card – Color Change for Easy Sample Identification

The Indicating FTA Card is designed to simplify sample identification through a built-in color change feature, ensuring easy tracking and documentation of collected samples. Ideal for forensic, medical, and research applications, this card enables users to easily verify the presence of the sample, enhancing accuracy and preventing errors in sample handling.

Key Features:

  1. Color Change for Easy Identification: The card changes color upon contact with the sample, providing immediate visual confirmation that the sample has been collected and is present.

  2. Enhanced Accuracy: By clearly indicating the presence of a sample, the color change feature reduces the risk of handling errors and ensures correct sample identification.

  3. DNA Preservation: Like other FTA cards, this version preserves DNA at room temperature while stabilizing the sample for future analysis.

  4. User-Friendly: The color change is simple to observe, requiring no special equipment, and making the card ideal for non-experts in both field and laboratory settings.

  5. Versatile Applications: Suitable for various forensic and medical applications, including crime scene investigations, medical diagnostics, and research studies.

Operational Use:

  1. Collect the Sample: Apply the sample to the FTA card using a swab or other collection method.

  2. Observe the Color Change: Once the sample is absorbed, the card will change color, signaling that the sample has been successfully collected.

  3. Allow Drying: Let the card dry at room temperature, preserving DNA and stabilizing the sample.

  4. Label and Store: After drying, label the sample and store it for transport or further analysis.

Scope:
The Indicating FTA Card is ideal for forensic investigators, medical professionals, researchers, and law enforcement officers who need a reliable, easy-to-use solution for sample identification and DNA preservation.

Treated FTA Cards: Pathogen Inactivation

The Chemically Treated FTA Card offers an advanced solution for the safe collection, preservation, and inactivation of pathogens and viruses in biological samples. This card is ideal for forensic, medical, and research applications where pathogen containment and DNA preservation are critical. It provides an extra layer of protection by neutralizing harmful pathogens during the sample collection process.

Key Features:

  1. Pathogen Inactivation: The chemically treated FTA card safely inactivates a wide range of pathogens and viruses, ensuring the samples are safe for handling and transport.

  2. DNA Preservation: The card stabilizes DNA while neutralizing harmful agents, making it ideal for forensic investigations, medical diagnostics, and research studies.

  3. Sterile and Safe: Each card is individually packaged in sterile packaging, reducing contamination risks and ensuring secure sample handling.

  4. No Refrigeration Required: The card preserves DNA and inactivates pathogens without the need for refrigeration, making it convenient for field use or in resource-limited environments.

  5. Easy to Use: Designed for use by non-experts, the card simplifies the collection and preservation process while maintaining sample integrity and safety.

Operational Use:

  1. Collect the Sample: Use the FTA card to absorb biological material, such as blood or saliva, from the subject.

  2. Allow Drying: Allow the sample to dry completely on the card, which simultaneously preserves DNA and inactivates pathogens.

  3. Store Safely: After drying, store the card at room temperature for long-term preservation, as the chemical treatment ensures safe storage.

  4. Label and Transport: Properly label the sample and send it to the lab for DNA extraction, while the card ensures safe handling and pathogen-free transport.

Scope:
The Chemically Treated FTA Card is essential for law enforcement, medical professionals, researchers, and forensic investigators dealing with high-risk biological samples, offering pathogen inactivation and DNA preservation in one solution.

FTA Cards: Room-Temp DNA Storage

The FTA Blood Sample Collection and Storage Card is designed to collect, preserve, and store blood samples at room temperature for long-term DNA analysis. This advanced card ensures the safe stabilization of DNA over extended periods, making it ideal for forensic investigations, medical research, and criminal justice applications.

Key Features:

  1. Long-Term DNA Preservation: The FTA card ensures that blood samples are preserved at room temperature without degradation, making it suitable for long-term storage and future DNA analysis.

  2. Easy Blood Collection: The card is equipped with FTA-activated paper that absorbs and stabilizes blood quickly, facilitating easy and efficient collection in the field.

  3. No Refrigeration Needed: Unlike traditional DNA collection methods, the FTA card does not require refrigeration, making it highly portable and convenient for use in remote areas or field conditions.

  4. Sterile and Secure: Each FTA card is sterile and individually packaged to maintain the integrity of the sample and avoid contamination.

  5. Ideal for Forensic and Medical Use: Perfect for crime scene investigations, legal cases, and medical diagnostics, ensuring reliable DNA preservation for future testing.

Operational Use:

  1. Collect the Blood Sample: Use the card to absorb blood from the subject using a fingerstick or other appropriate methods.

  2. Allow Drying: Let the blood sample air dry on the FTA card for several minutes.

  3. Store at Room Temperature: After drying, store the FTA card in a safe, secure location at room temperature for long-term preservation.

  4. Label and Transport: Label the sample clearly and transport it securely to the lab for DNA extraction and analysis when needed.

Scope:
The FTA Blood Sample Collection and Storage Card is ideal for law enforcement, medical professionals, researchers, and forensic investigators who need a reliable, room-temperature solution for long-term DNA sample preservation.