Maxwell® RSC XtractAll FFPE DNA/RNA Kit

Flexible and Efficient Purification of DNA and RNA from FFPE Samples

The Maxwell® RSC XtractAll FFPE DNA/RNA Kit, used with the Maxwell® RSC or Maxwell® RSC 48 Instrument, is an innovative solution designed to efficiently purify DNA and RNA from formalin-fixed, paraffin-embedded (FFPE) tissue samples. This kit streamlines nucleic acid extraction with unparalleled flexibility by offering four distinct workflows allowing users the choice to extract: DNA only, RNA only, total nucleic acid in a single eluate, or sequentially extract DNA and RNA into separate eluates—all from the same sample. This versatility ensures that laboratories can maximize the utility of limited FFPE tissue inputs. The Maxwell® RSC XtractAll FFPE DNA/RNA Kit combines minimal hands-on time and easy-to-follow protocols, with the consistency and efficiency of automated extraction. The Maxwell® RSC XtractAll FFPE DNA/RNA Kit produces high-quality nucleic acids that are suitable for advanced downstream analysis assays, such as digital PCR and next-generation sequencing (NGS).

The Maxwell® RSC Instrument can process 1 to 16 samples, and the Maxwell® RSC 48 Instrument can process 1 to 48 samples, in a single run. The Maxwell® Instruments are supplied with preprogrammed purification procedures and are designed for use with the predispensed reagent cartridges provided in the Maxwell® RSC XtractAll FFPE DNA/RNA Kit.

Note: The Maxwell® RSC XtractAll FFPE DNA/RNA Kit is only compatible with Maxwell® RSC or Maxwell® CSC (RUO mode) Instrument software version 4.0.0 or greater; and Maxwell® RSC 48 or Maxwell® CSC 48 (RUO mode) Instrument software version 4.1.1 or greater.

Illustration depicting the Maxwell® RSC XtractAll FFPE DNA/RNA Kit workflows. Maxwell® RSC XtractAll FFPE DNA/RNA Kit workflows. After preparing the FFPE tissue sample lysate, choose to extract DNA, RNA, total nucleic acid, or sequentially extract DNA and RNA. Only one cartridge per sample is needed regardless of the workflow you choose. This kit maximizes flexibility and utilization of limited FFPE samples, while minimizing waste.