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MagaBio Soil Genomic DNA Purification Kit

MagaBio Soil Genomic DNA Purification Kit

The MagaBio Soil Genomic DNA Purification Kit provides a simple and efficient magnetic bead-based solution for isolating high-quality genomic DNA from soil samples. Featuring high DNA recovery and a streamlined workflow, the kit supports both manual and automated purification and delivers purified DNA suitable for various downstream molecular biology applications.

Details

Product Description

The MagaBio Soil Genomic DNA Purification Kit is designed for efficient isolation of high-quality genomic DNA from soil samples. Based on MagaBio magnetic bead technology, the kit provides a simple and reliable workflow covering sample lysis, DNA binding, washing, and elution. The optimized purification chemistry enables efficient DNA recovery while minimizing impurities and potential inhibitors. With no spin columns required, the kit simplifies operation and is suitable for both manual processing and automated nucleic acid purification workflows. The purified DNA is ready for a wide range of downstream molecular biology applications, including PCR, sequencing, Southern blotting, mutation analysis, and SNP analysis.

Product Features

Rapid High-Throughput Processing

  • Complete nucleic acid extraction from up to 96 samples in just 30 minutes, significantly improving laboratory efficiency and throughput.

Low Sample Input

  • Efficiently isolate high-quality genomic DNA from as little as 0.05–0.25 g of soil samples.

High-Quality Purified DNA

  • Optimized purification chemistry effectively removes impurities and potential inhibitors, providing high-quality DNA for downstream applications.

Simple & Streamlined Workflow

  • No spin columns are required, simplifying the purification procedure from DNA binding and washing to final elution.

Storage Conditions

1. The kit can be transported at room temperature.

2. All reagents are stored at 2-8°C.

3. All reagents, when stored properly, are stable for 12 months from the time of delivery.