#USA #MOBILion #Metabolomics #SLIM Technology #Chadds Ford, PA

MOBILion Systems Partners with University of Duisburg-Essen

MOBILion Systems, Inc., a pioneering entity in the field of separation science, has forged a partnership with Dr. Oliver Schmitz from the University of Duisburg-Essen, a noteworthy researcher in analytical chemistry. This collaboration is aimed at propelling the advancement of metabolomics research and discovery through the application of MOBILion's proprietary SLIM (Structures for Lossless Ion Manipulation) technology.

This innovative technology represents a significant leap in the flexibility and efficiency of multiomics research, particularly in tackling complex sample analyses that have historically posed challenges. Dr. Schmitz is known for his expertise in analyzing intricate samples such as traditional Chinese herbal medicine, developing advanced ion sources, and refining liquid chromatography (LC) and gas chromatography (GC) workflows. This partnership will see the integration of MOBILion's latest product into his research, which is especially tailored to meet the needs of discovery metabolomics.

The new system, designed to overcome the limitations of traditional liquid chromatography–mass spectrometry (LC-MS) and conventional ion mobility technologies, boasts enhanced mass range and resolving power. This improvement means that researchers can now obtain clearer, more concentrated data, thereby reducing overlapping signals that often complicate molecular analysis. The consequential clarity aids in more efficiently identifying and understanding individual molecules within complex samples.

Dr. Melissa Sherman, Ph.D., CEO of MOBILion Systems, expressed her excitement about this partnership, emphasizing the adaptability of SLIM technology to facilitate groundbreaking research endeavors. "Working with Dr. Schmitz's team, which is renowned for its research in multidimensional separations, further cements our dedication to evolving our technological platforms to unlock innovative features that can transform the scientific landscape," she stated.

This collaboration is expected to result in significant joint publications, presentations at conferences, and other impactful outputs, which will enhance the visibility and adoption of SLIM technology in the realm of multiomics research. Dr. Schmitz shared his enthusiasm, highlighting that the integration of MOBILion's state-of-the-art instruments into their research is revolutionary. He noted its potential to offer unmatched precision and throughput for analyzing complex samples, which will allow for exploration of previously unreachable dimensions within research, such as single-cell metabolomics.

MOBILion Systems continues to expand its portfolio with advanced products built on the foundational SLIM technology. Their continuous evolution facilitates streamlined workflows that accelerate research and discovery in not just metabolomics, but also proteomics, lipidomics, and glycomics. This strategy reflects MOBILion's commitment to providing innovative solutions to complex scientific challenges.

With a keen focus on redefining molecular characterization, MOBILion Systems is leading the charge in next-generation separation science. Their technology has already made a significant impact across various industries, including pharmaceuticals, food testing, and environmental safety. By integrating with mass spectrometry, their solutions unravel intricate analyses that were previously considered insurmountable.

As the University of Duisburg-Essen stands as a seminal hub for pioneering research in analytical sciences, Dr. Oliver Schmitz's laboratory plays a vital role in advancing knowledge in complex sample analysis, multidimensional chromatography, and even studies related to the Origin of Life. Together, this partnership is poised to contribute significantly to the body of knowledge in metabolomics and beyond, showcasing the transformative power of innovative technologies in scientific inquiry.

In conclusion, the collaboration between MOBILion Systems and Dr. Schmitz's lab is not just a promising venture; it highlights the future trajectory of metabolomics research, marking a momentous step towards unraveling complex biological mysteries through cutting-edge technology.

For more information on MOBILion Systems and their innovative solutions, visit www.mobilionsystems.com.