Applied Biosystems™ MagMAX™ Pure Bind Beads

Product Code.	Quantity	unitSize
17912101	50 mL	50mL
17992061	5 mL	5mL
17992151	250 mL	Each

Product Code. 17912101 Supplier Applied Biosystems™ Supplier No. A58522

Description

MagMAX Pure Bind Beads are ready-to-use magnetic beads that provide optimized size selection and PCR cleanup, removing small fragments such as dNTPs, salts, primers, and primer-dimers.

MagMAX Pure Bind Beads are ready-to-use magnetic beads that provide optimized size selection and PCR cleanup, removing small fragments such as dNTPs, salts, primers, and primer-dimers. The magnetic bead technology allows for consistent binding capacity and highly reproducible results. The cleanup protocol is optimized for DNA fragments larger than 90 bp.

MagMAX Pure Bind Beads can seamlessly integrate into established workflows using magnetic beads for size selection and PCR cleanup. They can be used to clean up impurities throughout next-generation sequencing workflows.

Features of MagMAX Pure Bind Beads include:
• >90% recovery of DNA fragments larger than 90 bp
• Flexibility of starting sample volumes with the ability to scale
• Consistent results
• Compatible with manual and automated processes
• Room temperature storage

The use of MagMAX Pure Bind Beads does not require multiple bottles or long protocols. This product consists of just one bottle containing the optimized magnetic bead formulation, allowing a seamless transition into established workflows.

Sustainability
Additionally, MagMAX Pure Bind Beads are considered a more sustainable/greener product that can be shipped and stored at room temperature, allowing a grab-and-go effect to cut down on lab time. With the use of magnetic beads, the protocol can be completed manually or on automated systems, like KingFisher instruments.

Specifications

• GC-Rich PCR Performance: High
• For Use With (Application): NGS Cleanup, PCR Cleanup, PCR Purification, DNA Purification, Sequencing
• Quantity: 50 mL
• Test Time: 20 min.
• Form: Beads in Suspension

Frequently Asked Questions (FAQs)

Can I use MagMax Pure Bind Beads for cleanup of cycle sequencing reactions in Sanger Sequencing?

We do not recommend using MagMax Pure Bind Beads for cleanup of cycle sequencing reactions. Fragments below 90 bp will be lost, so a large part of the beginning of a sequence can not be sequenced following cleanup using MagMax Pure Bind beads.

How long can MagMAX Pure Bind beads be stored at ambient temperatures?

MagMAX Pure Bind beads are stable at ambient temperatures for 18 months post-production.

Are MagMAX Pure Bind beads compatible with automated workflows?

Yes, MagMAX Pure Bind beads can be used with KingFisher Apex, KingFisher Flex, and KingFisher Duo instruments.

Can I perform size selection with MagMAX Pure Bind beads?

Yes, size selection can be performed by adjusting the ratio of MagMAX Pure Bind beads and sample.

What is the smallest size fragment that can be recovered using MagMAX Pure Bind beads?

MagMAX Pure Bind beads are successful in recovering fragments down to 90 bp in size.

What is the expected recovery for MagMAX Pure Bind beads?

MagMAX Pure Bind beads are designed for purification of PCR products that are 90 bp or larger in size. The recovery ranges from 80-90%.

Can I use MagMAX Pure Bind beads to purify RNA?

MagMAX Pure Bind beads have been designed to bind to DNA and are not manufactured under RNase-free conditions. Therefore, the product has not been tested to be RNase-free and we do not recommend using it for RNA cleanup. We offer several RNA purification kits to choose from to suit your specific needs.

If my MagMAX Pure Bind beads were stored at 4 degrees C, can they still be used?

Yes, MagMAX Pure Bind beads can be stored at 4 degrees C and used if they are brought up to room temperature and mixed well before use.

Can I store MagMAX Pure Bind beads at ambient temperatures?

Yes, MagMAX Pure Bind beads were developed to be stored at ambient temperatures to provide a more sustainable solution to our customers and to allow for a grab-and-go workflow.