$0.00 – $1,460.00
Paramagnetic bead-based products, specifically designed for short DNA fragment depletion and size selection of HMW DNA for long-read sequencing library preparation workflows
* Fast and effective cleanup and recovery of HMW DNA.
* Removal of short DNA fragments, and other impurities from HMW DNA to enhance mean read length of LRS
* one reagent can meet the selection of different sizes of HMW DNA: >5, >10, >15, >20 or larger, suitable for long-read sequencing library preparation
* Cost effective. Save at least 50% or more compared to any other competitor’s HMW DNA size selection products
* Expectant recover Yield: Up to 90%, and compatible with manual and Amenable to automation
Long-Read DNA sequencing platforms, with read lengths >10kb, require high molecular weight DNA; however, purification of such long DNA molecule is difficult and often returns fragments of various sizes, requiring some form of post-extraction cleanup procedure to recovery HMW DNA fragments. The Auto-Mag® Mega-Select provides a quick method to remove unwanted short DNA fragments and recover HMW DNA fragments from DNA samples.
Auto-Mag® Mega-Select consists of AMD Biotech’s own paramagnetic beads and compatible buffers. By simply adjusting the volume ratio of reagent to sample, DNA <5kb, <10kb, or <20kb in length can be quickly removed to trace levels from high molecular weight (HMW) DNA samples which leads to the recovery of large DNA fragments and significantly enhance mean read length of third-generation sequencing platforms, such as PacBio SMRT Technology or Oxford Nanopore Technology.
The Auto-Mag® Mega-Select Kit can be used to quickly cleanup unsheared HMW DNA samples and can also be used to selectively recover desired size HMW DNA fragments from fragmented HMW DNA samples or even partially degraded gDNA samples for library preparation of long-read sequencing (LRS). Since Auto-Mag® Mega-Select uses magnetic technology and requires no centrifugation or filtration, it is suitable for manual processing as well as adapting to automatic liquid handling workstations.