The Classic Single-Ring Blood Sample Collection Card (Single Card) offers a reliable and standardized method for blood sample collection and long-term storage. This innovative card is designed to preserve DNA integrity while maintaining ease of use for both medical and forensic applications. The single-ring design allows for accurate sample application, reducing contamination risks, and ensuring that the blood remains securely stored under room temperature for extended periods.
Key Features:
-
Standardized Collection: Ensures consistent blood sample application, making it ideal for both individual and mass screenings.
-
Long-Term DNA Storage: Suitable for storing blood samples at room temperature for extended periods, ensuring that DNA remains viable for analysis.
-
Easy Sample Application: The single-ring design simplifies the process of blood collection, reducing human error.
-
Minimized Risk of Contamination: Built to reduce the chances of cross-contamination, maintaining the integrity of the sample.
-
Forensic-Grade Design: Ideal for forensic investigations, paternity testing, and medical diagnostics.
-
Sterile Packaging: Each card comes in a sterile package to avoid contamination before use.
Operational Use:
-
Preparation: Open the sterile packaging and prepare the card by holding it by the edges to avoid contamination.
-
Blood Application: Place a small drop of blood inside the ring on the card and spread it evenly within the circle.
-
Drying: Allow the sample to dry completely before storing it in a designated storage bag or box.
-
Storage: The card can be stored at room temperature for long-term DNA preservation.
-
Transportation: Ensure the sample is properly sealed and labeled for forensic or medical transport.
Scope:
The Classic Single-Ring Blood Sample Collection Card is commonly used in forensic investigations, medical diagnostics, paternity testing, and large-scale blood sample collection projects. It is ideal for scenarios that require room-temperature storage of blood samples while maintaining sample integrity for future analysis.