Thermo and Biognosys Announce Co-Marketing Agreement
News Jun 09, 2017
Partnership to provide a comprehensive, efficient workflow to enable library creation and data processing for Data-Independent Acquisition (DIA) studies, through the combined use of Orbitrap mass spectrometers and Spectronaut Pulsar software.
Compatible with the new Thermo Scientific Q Exactive HF-X Hybrid Quadrupole Orbitrap mass spectrometer, in addition to previous Orbitrap instruments, the Biognosys Spectronaut Pulsar software allows researchers to conduct data-independent analysis using MS1 quantitation for reproducible and accurate quantitation of thousands of proteins in a single run. DIA is a global method for the comprehensive recording of spectral signatures from all components of a sample, and can be used in combination with the latest high-resolution Orbitrap instruments as a universal method for global expression profiling.
“DIA is part of our quantitative proteomics arsenal. It is it an excellent fit for discovery proteomics, providing both high depth of proteome coverage in large sample series and the ability to reproduce data points more precisely between technical replicates than other methods. As such, it complements other quantitative techniques such as Tandem Mass Tags (TMT) and Parallel Reaction Monitoring (PRM),” said Andreas Huhmer, director, proteomics and metabolomics marketing, chromatography and mass spectrometry, Thermo Fisher. “The Spectronaut Pulsar software creates an efficient pipeline for spectral library creation and processing of large DIA datasets.”
“We developed Spectronaut Pulsar to support our own contract DIA services business, as well as our research customers with access to high-resolution instruments,” said Lukas Reiter, chief technology officer, Biognosys. “It has been extensively optimized to take advantage of HRAM data from Orbitrap mass spectrometers as this is the platform we work on ourselves. Spectronaut Pulsar is easy to use, very fast and able to process very large datasets and every detail was optimized to provide the best possible quantitative results.”
What effects does climate change have on the genetic diversity of living organisms? An international team of researchers studied the genome of the alpine marmot, an ice-age remnant that now lives in large numbers in the high altitude Alpine meadow. Results were unexpected: the species was found to be the least genetically diverse of any wild mammal studied to date.