For automated purification of total RNA, including miRNA, from serum and plasma samples
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Cat. No. / ID: 217261
✓ 24/7 automatic processing of online orders
✓ Knowledgeable and professional Product & Technical Support
✓ Fast and reliable (re)-ordering
The miRNeasy 96 Advanced QIAcube HT Kit is designed for automated high-throughput purification of cell-free total RNA – primarily miRNA and other small RNA – from small volumes of serum and plasma on the QIAcube HT. Using proven RNeasy silica-membrane technology in a convenient 96-well format, contaminants and inhibitors are removed to yield high-quality RNA ready for downstream analysis.
The miRNeasy 96 Advanced QIAcube HT Kit is the medium- to high-throughput version of the miRNeasy Serum/Plasma Advanced Kit and provides the same yield and quality of RNA using phenol-free isolation technology (see figures Performance comparable with manual kit using equal volumes) and Performance comparable with manual kit using equal amounts of RNA). The miRNeasy 96 Advanced QIAcube HT Kit efficiently isolates total RNA, including miRNA, from human and animal serum and plasma samples from 50 µl to 200 µl ( Processing different amounts of plasma). The kit is compatible with the majority of blood collection devices (see figure Compatibility with different blood collection tubes). The phenol-free protocol uses easy-to-automate spin column technology in 96-well format and minimize hands on time. Unlike kits from other suppliers, the miRNeasy 96 Advanced QIAcube HT Kit combines ease-of-use and a phenol-free protocol without any compromise on RNA quality or yield (see figure Comparable or better yields and performance).
The miRNeasy 96 Advanced QIAcube HT Kit enables automated purification of cell-free total RNA – primarily miRNA and other small RNA, from 20–200 µl of human or animal plasma using the QIAcube HT instrument. Selective binding properties of a silica membrane are combined with a high-throughput 96-well format for fully automated, simultaneous processing of 24–96 samples on the QIAcube HT instrument. The kit combines guanidine-based lysis of samples, an inhibitor removal step and silica-membrane-based purification of total RNA.
The system provides two protocols, a transfer protocol to move the lysate from the protein precipitation step to the RNeasy 96 plate and the cell-free RNA isolation protocol to extract miRNA from the lysate. The procedures yield high-quality RNA that performs well in downstream applications .
Lysis is performed manually under highly denaturing conditions with guanidine thiocyanate to immediately inactivate RNases and ensure purification of intact RNA (see figure miRNeasy 96 Advanced QIAcube HT Kit procedure.)
After the run is started, isopropanol is added to the RNA-containing supernatant to provide appropriate binding conditions for all RNA molecules from approximately 18 nucleotides (nt) upwards. The samples are afterwards transferred (manually or automated) to the wells of the RNeasy 96 plate. Total RNA binds and contaminants are efficiently washed away. High-quality RNA is then eluted in RNase-free water, ready for use in any downstream application.
The miRNeasy 96 Advanced QIAcube HT Kit isolates total cell-free and exosomal RNA from plasma or serum. Downstream applications include:
The miRNeasy Advanced QIAcube HT Kit performs comparably with the manual miRNeasy Serum/Plasma Advanced Kit and miRNeasy Kit. miRNA was isolated from 200 µl plasma samples according to each protocol. The elution volume of 100 µl with the QIAcube HT was 5 times greater than the 20 µl eluation volume for the manual kits. Equal volumes of eluate (5 µl) was applied in a total reaction volume of 20 µl for cDNA synthesis, followed by PCR detection of miR150 miRNA, miR16, miR122a, and miR let7a as indicated. The miRNeasy 96 Advanced QIAcube HT Kit performed comparably with the manual kits.
| Features | Specifications |
| Number of preps per run | 24–96 samples (processed in increments of 8) |
| Input volume | Up to 200 µl |
| Elution volume | 80–100 µl |
| Run time | 96 samples in approximately 93 minutes; 24 samples in approximately 54 minutes |
