MP Biomedicals announce the launch of the 3rd generation of Automated Nucleic Acid Purification: The MPure-32
Mar 29 2022
Step away from the norm and experience the difference in nucleic acid purification with the MPure-32 Automated Nucleic acid Purification System.
For more than 20 years, MP Biomedicals has been dedicated to providing the scientific community with the best tools for sample preparation from grinding to DNA amplification.
In this process, MP Biomedicals have always sought to offer a wider range of kits and products for the purification and extraction of nucleic acids.
The use of extracted DNA and RNA in various applications and research fields is widening every year.
With the need for high-throughput analysis and downstream applications, automation is making its way into laboratories and facilities.
In 2011, MP Biomedicals became one of the first companies that launch an automated nucleic acid purification system based on the use of magnetic beads: The RapidGen12.
Magnetic-particle technology yields high-purity nucleic acids suitable for most molecular biology applications. Magnetic-particle technology is today largely automated to enable fast and economical nucleic acid purification procedures for example, within genomics.
MP Biomedicals are pleased to launch their 3rd generation of aNAP using the last rod technology: the MPure-32. This new aNAP instrument can process up to 32 samples simultaneously within a short period of time (around 20 to 60 minutes). This high-quality instrument enables the extraction of nucleic acid with high purity, and yield and eliminates the risk of human error and cross-contamination.
More information online
In This Edition Chromatography Optimising Viral Vector Purification Strategies with Multimodal Chromatography Key UHPLC Characteristics Required for High throughput LC-MS New Low Volum...
View all digital editions
Dec 06 2022 Birmingham, UK
Dec 20 2022 Shanghai, China & Online 21 November 2022 to 13 January 2023
Jan 25 2023 Tokyo, Japan
Jan 30 2023 Dubai, UAE
Feb 01 2023 Tokyo, Japan