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Apostle MiniEnrich Carboxyl Beads for Size Selection (30mL)

Apostle MiniEnrich Carboxyl Beads for Size Selection (30mL)
Apostle MiniEnrich Carboxyl Beads for Size Selection (30mL)
Apostle MiniEnrich Carboxyl Beads for Size Selection (30mL)
Apostle MiniEnrich Carboxyl Beads for Size Selection (30mL)
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Apostle MiniEnrich Carboxyl Beads for Size Selection (30mL)

Next-generation purification, size selection, and long-read size selection.

The Apostle MiniEnrich Size Selection Beads is designed for size selection of DNA fragments from a mixture of DNA with various sizes, which potentially benefits downstream assays like NGS and other molecular biology workflows. It can be used on samples before or after DNA fragmentation, ligation, or library amplification during NGS library preparation workflow. With proprietary Apostle MiniEnrich technology, the kit is featured for customized cut-off size, efficient removal of non-target fragments and recovery of target DNA fragments.

  • Novel magnetic nanoparticles structure and proprietary surface chemistry.
  • Compatible with current workflows.
  • Enhanced performance for specific removal of non-target fragments.
  • Significantly improved magnetic response for less pelleting time and less beads carry-over.

 

Configuration:  30 mL

Cat #: A190606-30


Documentation

Protocol: https://www.apostlebio.com/minienrich/MiniEnrich_Size_Selection.pdf

More information

$415.04
Nature Communications just published a clinical study, including 2125 cancer patients, 9 cancer types, using the Apostle Minimax cfDNA technology. This study demonstrates the ability of its model to detect early-stage cancers using cfDNA, including those of pancreatic origin, with high sensitivity that is comparable to that of late-stage detection. Congratulations to this clinical research team. To date, the Apostle Minimax cfDNA technology has been used in 2 articles published in Nature Medicine, 1 in Nature Communications, 1 in Science Translational Medicine, 1 in PNAS, and over 50 scientific articles in different journals.