MagBeads FastDNA Kit for Feces

MagBeads FastDNA Kit for Feces Specification

Size
50 Preps

Storage Instructions
15 - 30 DegreeC (2-8 DegreeC for Magnetic Beads)

CAS No
116570400

Extraction Time
30 minutes

Bead Type
Magnetic silica

Yield
High-purity DNA

Automation Compatible
Yes

Technology
Magnetic bead-based

For Use With
Nucleic acid extraction

Sample Type
Feces

Elution Volume
50-100 µl

Suitable For
qPCR, PCR

Format
Kit

About MagBeads FastDNA Kit for Feces

The MagBeads FastDNA Kit for Feces allows quick and efficient isolation of high-quality genomic DNA from fresh or frozen human and animal feces in less than 60 minutes. Samples are placed into Lysing Matrix E tube and used with FastPrep Instruments from MP Biomedicals to effectively lyse host cells as well as bacteria, fungi, viruses, protists and other cells present in fecal samples within 40 seconds. The kit is also compatible with most of the automated nucleic acid extraction instruments on the market or it can be operated manually. It consists of specially formulated reagents to eliminate humic acid, polysaccharides, phenolic compounds and enzyme inhibitors from feces and thus allow extraction of highly pure genomic DNA ready for PCR, restriction digestion, electrophoresis and other desired applications.

Efficient DNA Extraction

The MagBeads FastDNA Kit for Feces enables researchers to extract high-quality DNA swiftly from fecal samples. By employing magnetic silica beads, the process minimizes contamination and maximizes nucleic acid yield, supporting downstream molecular analyses such as qPCR and PCR applications.

Automation Compatible Design

This kit has been developed to integrate seamlessly with automated extraction platforms, accelerating laboratory workflows. Its magnetic bead-based technology enables precise handling and consistent results, increasing throughput and productivity in research and clinical diagnostics settings.

Reliable Kit Composition

Supplied as a complete kit for 50 preps, it includes all reagents required for nucleic acid extraction. The recommended storage conditions-magnetic beads at 2-8C and other components at 15-30C-help preserve efficacy, ensuring researchers receive robust and reproducible results every time.

FAQ's of MagBeads FastDNA Kit for Feces:

Q: How do I use the MagBeads FastDNA Kit for Feces to extract DNA from samples?

A: Simply follow the included protocol, which guides you through binding, washing, and eluting DNA using the provided magnetic silica beads. The entire extraction procedure takes about 30 minutes from start to finish.

Q: What types of downstream applications are suitable with the extracted DNA?

A: The high-purity DNA obtained from the kit is ideal for molecular techniques including PCR and qPCR, enabling accurate analysis and quantification.

Q: When should I use this kit for my sample processing needs?

A: This kit is best utilized when quick, high-yield DNA extraction from feces is required, especially for research, diagnostics, or validation studies where purity and speed are essential.

Q: Where should the kit components be stored to maintain performance?

A: Store the magnetic beads at 2-8C in a refrigerator and keep the remaining reagents and buffers at 15-30C to ensure optimal effectiveness and longevity.

Q: What is the process and technology behind DNA extraction in this kit?

A: The kit uses magnetic silica bead-based technology, wherein DNA binds to the beads, followed by washing to remove impurities and elution for high-purity DNA recovery.

Q: Is the MagBeads FastDNA Kit automation-compatible for high-throughput laboratories?

A: Yes, the kit is designed to work with automated extraction systems, streamlining workflows and supporting laboratories that require processing multiple samples efficiently.

Q: What are the key benefits of using this kit for nucleic acid extraction from feces?

A: The major advantages include rapid processing time, high purity yield, suitability for sensitive applications, and flexibility for both manual and automated operation, making it versatile for various laboratory settings.

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