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In this eTalk, our speakers will explore how Ion Mobility Spectrometry {IMS} is revolutionizing mass spectrometry by enhancing sensitivity and improving analytical outcomes. They will discuss the advances in mass spectrometry, comparing IMS with traditional techniques like Triple Quadrupole {TQ} and High-Resolution Mass Spectrometry {HRMS}.
Our experts will highlight how IMS introduces an additional dimension of separation, allowing for more accurate detection of low-abundance proteins and peptides. They will also cover practical applications in protein mapping, peptide sequencing, and the analysis of complex biomolecules such as oligonucleotides. This session will provide valuable insights for professionals in the pharmaceutical and biotechnology sectors looking to characterize and quantify target therapeutics with cutting-edge technology.
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In this eTalk, our speakers will explore how Ion Mobility Spectrometry {IMS} is revolutionizing mass spectrometry by enhancing sensitivity and improving analytical outcomes. They will discuss the advances in mass spectrometry, comparing IMS with traditional techniques like Triple Quadrupole {TQ} and High-Resolution Mass Spectrometry {HRMS}.
Our experts will highlight how IMS introduces an additional dimension of separation, allowing for more accurate detection of low-abundance proteins and peptides. They will also cover practical applications in protein mapping, peptide sequencing, and the analysis of complex biomolecules such as oligonucleotides. This session will provide valuable insights for professionals in the pharmaceutical and biotechnology sectors looking to characterize and quantify target therapeutics with cutting-edge technology.
Speaker Information
David Jones
With over 40 years’ experience, David Jones possesses extensive expertise in the fields of Drug Discovery, development, and cGMP Drug Manufacturing. His profound comprehension of Analytical Sciences further strengthens his skill set. Fueled by his passion for Science, Dave strives for the advancement of drug development and curing disease.
David is an alumnus of SUNY SBU and currently holds the position of Chair Elect for the Princeton Section of the American Chemical Society, showcasing his commitment to scientific leadership.
With a broad range of scientific interests, he finds joy in being a dedicated father to his two boys and a loving husband. David’s unwavering dedication to Sannova is evident, as “he would rather be at Sannova than at the beach.”