MolGen PurePrep MTS – uHMW MODIFIED TIP SURFACE

EXTRACT ULTRA-HIGH MOLECULAR WEIGHT DNA, WITHOUT THE USE OF BEADS OR FILTERS

Extract high-quality, ultra-pure uHMW DNA without the need for beads or filters by using the unique PurePrep Modified Tip Surface (MTS). The direct binding of DNA to the surface of the PurePrep TipCombs significantly decreases the stress factors on the DNA during the extraction process such as the risk of shearing.

UNLIMITED BINDING CAPACITY & STREAMLINED EXTRACTION PROCEDURE

The use of this novel technology provides unlimited DNA binding capacity on a single surface from a wide range of sample types; making it suitable for any downstream application. 

In addition, the MTS technology has eliminated many of the steps normally associated with the isolation of uHMW, leading to a universal sample prep. 

NO NEED FOR ORGANIC CHEMICALS AND A 50% REDUCTION IN PLASTICS 

The use of the MTS technology removes the need for chaotropic salts and other organic chemicals and solvents, resulting in fewer washing steps and reducing harsh chemical use for a safer environment.

• No magnetic beads

• No silica particles or slurry

• No phenol/chloroform

• No ion exchange material

Thanks to the streamlined process, there is a reduction of the use of plastics including pipet tips. This leads to a substantial lower environmental footprint, contributing to achieving an organization’s corporate and social responsibilities objectives.

Application examples:

Read more about the PurePrep MTS – uHMW on https://molgen.com/pureprep_mts/

ABOUT MOLGEN

MolGen is a global solutions provider of DNA/RNA extraction technology, automation hardware, reagents, consumables and software for molecular diagnostics as well as the agriculture and biotech industries. MolGen’s systems, reagents and consumables enable laboratories to streamline their laboratory workflows whilst enabling them to be more competitive. MolGen’s products range from stand-alone solutions to automated total workflows to reduce hands-on time and increase reproducibility.

This article was initially published in AgroPages' '2023 Market Insight' magazine.

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