WHAWB120410
QIAcard™ FTA™ Elute Micro cards
non-indicating, 4 sample areas per card, pkg of 100 cards
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manufacturer/tradename
Qiagen WB120410
packaging
pkg of 100 cards
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General description
QIAcard™ FTA™ Elute Micro format with 4 spot area (spot volume 12-40 µL) to collect, stabilize, process, transport, and archive colored samples such as blood. FTA™ technology enables cell lysis on contact, denatures proteins and immediate stabilization and protection of nucleic acids.
Convenient for protocols that require different locations for testing and archiving samples. Different samples can be processed independently.
Features and Benefits
- Two sample areas for application of up to 250 μl sample volume per card.
- Simply apply your sample to the FTA™ Card. Cell membranes and organelles are lysed and the released nucleic acids are entrapped in the fibers of the matrix. The nucleic acids remain immobilized and are preserved for transport, immediate processing or long-term room temperature storage.
- Since captured nucleic acids are preserved, FTA™ Cards facilitate sample collection in remote locations and simplify sample transport.
- Ship your samples back to the laboratory without expensive special handling or dry ice and process at your convenience.
- FTA™ Cards can be used with virtually any sample type: Blood, Cultured cells, Buccal cells, Plasmids, and Solid tissue.
- Captured nucleic acids are ready for purification when you are. The FTA™ Elute technology enables convenient water-based elution of nucleic acids for downstream experiments.
Other Notes
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Articles
This page shows downstream applications after genomic DNA purification.
Description of common problems that can occur during genomic DNA preparation
Polymerase chain reaction (PCR) is a technique that results in exponential amplification of a target DNA sequence.
Protocols
This page shows genomic DNA purification from sample on FTA elute from Cytiva.
A number of options are available for sample collection, transport, archiving, and DNA purification.
Spectrophotometry can be used to estimate DNA or RNA concentration and to analyze the purity of the preparation.
Our team of scientists has experience in all areas of research including Life Science, Material Science, Chemical Synthesis, Chromatography, Analytical and many others.
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