MPure-96 MagBeads FastDNA Kit for FFPE

MPure-96 MagBeads FastDNA Kit for FFPE Specification

Size
96 Preps

Kit Type
MagBeads FastDNA

Extraction Time
Fast Processing

Sample Type
FFPE Tissue DNA

Stability
Room Temp Storage

Automation
MPure-96 System

Application
Molecular Diagnostics

Prep Format
High Throughput

Yield Range
High DNA Recovery

Bead Technology
Magnetic Silica

About MPure-96 MagBeads FastDNA Kit for FFPE

MagBeads FastDNA Kit for FFPE provides a fast and reliable solution for the extraction of high-quality DNA from formalin-fixed, paraffin-embedded (FFPE) tissues, a valuable resource for retrospective clinical and pathological research. Our magnetic bead technology allows for rapid and efficient purification of DNA, including damaged and fragmented DNA, while also minimizing cross-linking and inhibitory effects of the FFPE samples.

MagBeads FastDNA Kit for FFPE contains ready-to-use reagents and optimized protocol on MPure-96TM aNAP system, providing user with cost-effective solution that delivers high quality DNA by minimizing DNA shearing and maximizing DNA yield and purity, making it an ideal choice for downstream applications such as PCR and sequencing.

High-Efficiency DNA Extraction with Advanced Magnetic Beads

Utilizing state-of-the-art magnetic silica bead technology, this kit streamlines the preparation of DNA from formalin-fixed paraffin-embedded (FFPE) tissues. Optimized for the MPure-96 platform, it ensures high recovery rates, purity, and throughput, fulfilling the rigorous demands of molecular diagnostic laboratories.

Seamless Automation and Fast Processing

Engineered for use with the MPure-96 System, this kit supports high-throughput workflows. It completes DNA extraction quickly, enabling labs to process large sample sets efficiently with minimum hands-on involvement, reducing time-to-results and potential sample handling errors.

Convenient Storage and Reliable Performance

Reagents in this kit are stable at room temperature, enhancing logistical convenience and storage flexibility. The robust design guarantees reliable, reproducible results, making it ideal for both routine diagnostics and high-demand research purposes.

FAQ's of MPure-96 MagBeads FastDNA Kit for FFPE:

Q: How does the MPure-96 MagBeads FastDNA Kit extract DNA from FFPE tissue samples?

A: The kit employs advanced magnetic silica bead technology to efficiently capture and purify DNA from FFPE tissue sections. Through automated protocols on the MPure-96 System, it simplifies sample lysis, binding, washing, and elution, delivering high yields and purity in a fast, streamlined process.

Q: What type of samples is this DNA extraction kit suitable for?

A: This kit is specifically designed for extracting DNA from formalin-fixed, paraffin-embedded (FFPE) tissue samples, making it ideal for molecular diagnostics and related genomic applications.

Q: When should I use the MPure-96 MagBeads FastDNA Kit for FFPE?

A: Use this kit when a high-throughput, rapid, and reliable DNA extraction is required from FFPE tissue specimens, particularly in clinical diagnostics, research laboratories, and testing facilities needing consistent and reproducible results.

Q: Where can this kit be used in India?

A: The kit is suitable for use in diagnostic centers, molecular biology laboratories, research institutes, and hospitals across India that require dependable and efficient FFPE tissue DNA extraction.

Q: What is the process of DNA extraction with this kit?

A: The workflow involves automated binding of DNA to magnetic beads, followed by stringent washing and elution steps, all performed on the MPure-96 System, ensuring minimal hands-on time and contamination risk while maximizing DNA yield.

Q: How stable are the reagents and what are the storage requirements?

A: All reagents in this kit are stable at room temperature, allowing for easy storage and logistical convenience without the need for cold chain management.

Q: What benefits does this kit offer for molecular diagnostics?

A: The kit provides consistently high DNA recovery, reliable automation, and expedited processing time, supporting accurate downstream analysis for molecular diagnostics and research applications.

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