QIAamp MinElute Media Kit
액체 배지에서 nucleic acids를 분리 정제할 수 있습니다
The QIAamp MinElute Media Kit provides a convenient vacuum procedure for purification of nucleic acids from liquid media, such as cervical swab transport media. QIAamp MinElute columns are rapidly processed on QIAvac 24 Plus vacuum manifolds. Purification of DNA using the QIAamp MinElute Media Kit can be automated on the QIAcube.
The QIAamp MinElute Media Kit is intended for molecular biology applications. This product is not intended for the diagnosis, prevention, or treatment of a disease.
QIAamp MinElute Media Kit allows 250 µl liquid transport and storage media samples to be processed in <90 minutes. QIAamp MinElute columns processed on QIAvac 24 or QIAvac 24 Plus vacuum manifolds are processed in batches of 24 samples. DNA is eluted in 20–150 µl.
The QIAamp MinElute Media Kit uses well-established technology for purification of nucleic acids. The kit combines the selective binding properties of a silica-based membrane with flexible elution volumes of between 20 and 150 µl. The kit is suitable for use with liquid media containing nucleic acids, such as cervical swab transport media (e.g., PreservCyt or SurePath solution). Nucleic acids are eluted in Buffer AVE, ready for use in amplification reactions or storage. Purified nucleic acids are free of proteins, nucleases, and other impurities.
The QIAamp MinElute Media procedure comprises 4 steps (lyse, bind, wash, elute) and is carried out using QIAamp MinElute columns on QIAvac 24 Plus vacuum manifolds. The procedure is designed to ensure that there is no detectable sample-to-sample cross-contamination, and allows safe handling of potentially infectious samples. The simple QIAamp MinElute procedure, which is highly suited for simultaneous processing of multiple samples, yields pure nucleic acid from 24 samples in less than 90 minutes.
The QIAamp MinElute Media Kit can be used for isolation of DNA from liquid media, such as cervical swab transport media. The kit can be used for purification of cellular, bacterial, and viral nucleic acids from a variety of sources, including:
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