Products

One-Step NGS Cleanup Kit

Products

BcMag™ One-Step NGS Cleanup Kit
Cat. No.  AO101

Unit Size  1 ml
Order
BcMag™ One-Step NGS Cleanup Kit
Cat. No.  AO102

Unit Size  5 ml
Order
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Cat. No.

AO101

AO102

Product Name

BcMag™ One-Step NGS Cleanup Kit

BcMag™ One-Step NGS Cleanup Kit

Unit Size

1 ml

5 ml

Order

Introduction

Next-generation sequencing (NGS), also called massively parallel sequencing, is a high-throughput, quick, and scalable method that can replace first-generation Sanger sequencing. It enables the discovery and analysis of various types of genomic features in a single sequencing run, ranging from single nucleotide variants (SNVs) to copy number and structural variants, making it a quick and cost-effective tool for genomic research.

BcMag™ One-Step NGS Cleanup Kit is specially designed for ultrafast and efficient purification of DNA after adaptor ligation and PCR or possible replacement of size selection procedure after adaptor addition. The protocol is not only straightforward (one tube and one step, as shown in Fig.1) but also very flexible in removing different size DNA fragments by adjusting processing time, buffer’s pH, and detergent concentration (table1). The magnetic Beads are added directly to the finished PCR reactions or other DNA reactions and mixed by a vortex mixer or pipetting to capture and remove the impurities (e.g., excess primer, dimer, adapter, salt, detergent, dNTPs, and enzyme). After mixing, the beads are magnetically removed, while the supernatant contains the purified and ready-to-run DNA. In just 1 minute, the purified DNA is ready for downstream applications, such as Sanger Sequencing, Restriction Digestion, Cloning, SNP Detection, or Library Preparation for NGS. The beads enable 96 samples to be processed simultaneously in less than 10 minutes.

Workflow of One-Step NGS Cleanup

Features and Advantages

Simple protocol: No liquid transfer, One-tube, One-step

Ultrafast: One-minute protocol

Higher purity and recovery > 90% DNA

Effective Cleanup: Removes excess primer (<100- mer ssDNA), dimer, adapter, a salt such as Mg2+, detergent, dNTPs, enzymes, and dye.

Cost-effective: Eliminates columns, filters, laborious repeat pipetting, and ethanol

High throughput: Compatible with many different automated liquid handling systems

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