Baypure Magnetic Soil DNA Kit(SODM)

——Capable of realizing high-throughput and rapid soil genomic DNA extraction

Product Introduction

Baypure Magnetic Soil DNA kit is specially designed for DNA extraction from soil samples and can extract high-purity DNA from soil genome. It uses a proprietary magnetic bead purification technology. The adsorbent can efficiently adsorb inhibitors in the DNA solution. During the extraction process, there is no need of toxic phenol/chloroform or ethanol precipitation. The obtained DNA can be directly used for PCR, virus DNA detection, bacterial DNA detection and other experiments.

Product Features

·Specialty: Suitable for DNA extraction of various soil samples.
·High efficiency: Very short time is needed to complete the experiment automatically. Matched with BayBio automated nucleic acid extractor K12, K96, etc., high-quality DNA can be obtained in 30 minutes the shortest and with stable results.
·High purity: The magnetic bead method is combined with a specific impurity removal system to extract high-quality DNA from soil samples.

Downstream Application

The DNA purified by this kit can be applied to various routine operations, including restriction enzyme digestion, PCR, fluorescent quantitative PCR, library construction, Southern hybridization, chip detection, high-throughput sequencing and other experiments.

Storage

This product is valid for 12 months under dry conditions at room temperature (20～25℃). Please refer to the package for batch number of the product.

Product	Item Code	Spec.
Baypure Magnetic Soil DNA Kit	SODM-48-K	12T/Plate, 48T/Box
Baypure Magnetic Soil DNA Kit	SODM-48-KS	1T/Plate, 48T/Box
Baypure Magnetic Soil DNA Kit	SODM-64	16T/Plate, 64T/Box
Baypure Magnetic Soil DNA Kit	SODM-64-NP968	16T/Plate, 64T/Box
Baypure Magnetic Soil DNA Kit	SODM-64-NPA32P	16T/Plate, 64T/Box
Baypure Magnetic Soil DNA Kit	SODM-KF96	96T/Box
Baypure Magnetic Soil DNA Kit	SODM-96	96T/Box

Extraction Reagent Selection Based on Different Samples

Baybio suggests that different samples should be extracted by different nucleic acid extractionmethods and reagent according to the characteristics of the samples and later applications.