Agilent’s HPLC-Chip/MS technology helps single out over 200 unheard-of human being out oligosaccharides structures
Agilent Technologies Inc. (NYSE:A) today announced that a bring of researchers from the University of California, Davis, has made a relevant invention: android bust drain contains an unexpected excess of sugars that coats the lining of infants’ intestines, protecting it from noxious bacteria. Results of the probe, which reach-me-down Agilent technology, were published in this month’s Proceedings of the Country-wide Academy of Sciences of the Shared States of America.
“However, the renewed technology developed on Agilent made it doable to place and quantitate bleed oligosaccharides providing untrained and grave observations that could not be obtained in the past.”
Agilent’s high-performance molten chromatography polymer chime in (HPLC-Chip) and quadrupole time-of-flight (QTOF) LC/MS technology provided researchers a chic position of the oligosaccharide (sugar) structures produced in mamma tap across stages of lactation quantity possibly manlike mothers. Oligosaccharides are the third most inexhaustible component in teat exploit and whilom before to this think over were compassion to demand no biological import. HPLC-Chip/MS technology has enabled researchers to pinpoint more than 200 bizarre philanthropist drain oligosaccharides structures, which researchers receive discovered are an impressive ingredient in the nutritious advancement of infants.
"This model of inquiry has been performed and duplicated sundry times in the dead and buried," said Dr. Carlito B. Lebrilla, co-author of the examination. "However, the renewed technology developed most of all Agilent made it workable to connect and quantitate tap oligosaccharides providing unknown and portentous observations that could not be obtained in the past."
Agilent commercialized the HPLC-Chip/MS concept in 2005, combining nanoflow HPLC columns, connecting capillaries and a scatter emitter into a re-useable, credit-card-size trade mark. This allowed the advantages of high-sensitivity and low-sample consumption provided generally nano LC/MS to be obtainable to scientists without the annoying setup involving microvalve, fittings and capillary tubing of regular nano LC. The joining of high-resolution, on the mark magnitude MS/MS report from Agilent’s 6500-Series Q-TOF LC/MS systems enabled researchers to confidently classify sugar structures.
"This is actually a surprising swotting, providing answers to questions scads in the well-controlled community would rather been researching in the service of decades," said Rudi Grimm, Ph.D., overseer of method and technology payment Agilent’s Zing Sciences Batch. "As a pre-eminent sharer to the ivory-tower community, we are both enthusiastic and on cloud nine that our technology enabled this breakthrough research."
SOURCE Agilent Technologies
No related posts.
Related posts brought to you by Yet Another Related Posts Plugin.
