Agilent Technologies has announced that Steven Carr, PhD, director of the Proteomics Platform at the Broad Institute of MIT and Harvard, has been selected for an Agilent Thought Leader award supporting his work developing new technology for analysing proteins and peptides.
Agilent Technologies has announced that Steven Carr, PhD, director of the Proteomics Platform at the Broad Institute of MIT and Harvard, has been selected for an Agilent Thought Leader award supporting his work developing new technology for analysing proteins and peptides. The award, which promotes fundamental advances in the life sciences, includes Agilent funding and donation of an automated liquid-handling system, a chip-based nano-HPLC system and a triple quadrupole liquid chromatography/mass spectrometry system.
“There is a great need for better tools to measure proteins with greater selectivity and sensitivity for improved quantitative accuracy. This is why we’re pleased to support Steve Carr’s promising work,” said vice president and general manager of Agilent’s LC-MS business, John Fjeldsted, PhD.
Carr’s goal is to produce better techniques for diagnosing cardiovascular disease, breast cancer and ovarian cancer. “This award will allow us to explore new automation methods for liquid handling and sample preparation together with high-sensitivity targeted, quantitative mass spectrometry,” Carr said.
The key goal is to replace expensive, labour-intensive methods involving scarce immunoassay-grade antibody reagents with more efficient, cost-effective techniques that can be multiplexed and that require very small quantities of precious samples. The use of automated robotics for sample preparation via liquid handling is one of the keys to this.
For more information, visit ref="http://www.agilent.com">www.agilent.com
Mass Spectrometry Analysis Sheds Light on Mysterious Marine Debris
December 9th 2024LCGC International sat down with Christopher Kozak, a professor at Memorial University to speak about his recent research using MALDI-TOF analysis to identify unknown blobs in Newfoundland, Canada’s Placentia Bay.
Simplifying the GC Laboratory for Improved Efficiency
December 9th 2024Laboratories continually work to increase the capacity of their equipment, improve turnaround times and gain confident and detailed insights without generating additional burden on their operators. Discover how adopting the simplification strategy of Industry 4.0 with the GC 2400™ Platform can enhance GC workflows to increase efficiency, data quality, and business sustainability
What Are the Key Features of a Smart and Connected GC Lab?
December 9th 2024The potential of smart technologies has evolved into a operational necessity - businesses were faced with the need for remote and automated operations bringing substantial improvements in productivity, efficiency, and operating costs.