Qiagen FTA Mini Card, Indicating, 2 Sample Areas Per Card, 100/Pk - WB120056
A spot of blood, buccal cells, or tissue lysate dries onto the FTA matrix, where the nucleic acid stays fixed in place. Captured nucleic acid stays stable on-card for over 20 years at room temperature and washes in place for direct amplification from the punch. For direct PCR after an in-place wash, the FTA matrix delivers clean, amplification-ready template from a single punch.
Key Characteristics
- Treated cellulose lyses cells and denatures proteins on contact
- Binds and stabilizes nucleic acid directly on the card
- Inactivates pathogens for safer sample handling and transport
- Compatible with QIAcard FTA Wash Buffer and TE-1 cleanup
- Nucleic acid washes in place and amplifies directly from the punch
Room-temperature collection lets your samples travel from the field to the lab without freezers or dry ice. Ambient-temperature storage keeps your collected samples ready for the bench from field collection through transit and shelf storage. Connect with our customer support technicians for product guidance tailored to your laboratory workflow.
- Color
- Pink
- Indicating Type
- Indicating (Pink)
- Material
- Cellulose (FTA matrix)
- Pack Count
- 100
- Pathogen-Inactivated Collection - On-card chemistry inactivates pathogens at the moment of spotting, supporting safer field sample transport.
- Room-Temperature Archiving - Lysed cells release DNA that stays stable on the card for 20-plus years at ambient laboratory storage.
- STR Profiling - Forensic samples yield reproducible short tandem repeat profiles from Qiagen FTA punches across casework laboratories.
- DNA Methylation Studies - Card-bound genomic DNA supports bisulfite and epigenetic methylation analysis from a single washed sample punch.
- Genotyping Workflows - Plant, animal, and human samples feed reliable SNP genotyping assays from punches taken straight off the FTA card.
- Direct PCR Amplification - Bound DNA on the FTA matrix amplifies directly from a washed punch, removing a separate extraction step.
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