Thermo Scientific Lunchtime Workshop Monday

Thermo Scientific Lunchtime Workshop Monday
Date/Time: Monday, March 23, 12:45–13:45hrs
Room: Hall 2
Of Proteins, Peptides and Others Big and Small with Orbitraps Big and Small
This workshop will describe recent innovation in the analysis of both intact and digested
proteins and other molecules on different Orbitrap mass spectrometer platforms. Shannon
Eliuk will describe the sophisticated workflows possible on the Thermo Scientific™ Orbitrap
Fusion™ Tribrid™ Mass Spectrometer enabling discovery in the fields of proteomics,
glycomics and glycoproteomics.
Prof Albert Heck will discuss his experience in the field of analysis of intact proteins and
proteins complexes as well as his recent authoritative work in the area of the proteomics of
cellular reprogramming.
From Proteins to Omes: Supreme Versatility for Qualitative and Quantitative Analysis
Dr. Shannon Eliuk, Thermo Fisher Scientific
Proteomics of Cellular Reprogramming
Prof. Dr. Albert J. R. Heck, Biomolecular Mass Spectrometry and Proteomics; Utrecht, The
Netherlands
Exploring the Benefits of Unrestrained Mass Range and High Resolving Power on an
Orbitrap (Jumbo) for Top-Down and Native Analysis of Proteins and Protein Complexes
Prof. Dr. Albert J. R. Heck, Biomolecular Mass Spectrometry and Proteomics; Utrecht, The
Netherlands
Thermo Scientific Lunchtime Workshop Tuesday
Date/Time: Tuesday, March 24, 12:45–13:45hrs
Room: Hall 2
High Throughput, Optimized Shotgun Proteomics with DDA and DIA on the Thermo
Scientific™ Q Exactive™
For most of the short history of proteomics mass spectrometry-based workflows have
operated via data dependent LCMS experiments. However, in the last several years there
has been growing interest in workflows absent of data dependent mass spectral acquisition.
These approaches have come to be known as data independent analysis (DIA). In addition, a
great deal of development has occurred up-front of the mass spectrometer to optimize and
simplify proteomics workflows. In this workshop two speakers, Prof Matthias Mann and Dr
Yue Xuan, will discuss recent developments in optimizing shotgun proteomics experiments.
Prof Mann will focus on achievements up-front of the mass spectrometer aimed at
maximizing up-time and throughput while Dr Xuan will focus on the data acquisition
approach.
DIA Aalysis on the OrbitrapPlatform - Using Novel Data Independent Analysis Methods to
Obtain Characterization of a Biological Pathway
Yue Xuan, Thermo Fisher Scientific
Technology Development towards High-Throughput Proteomics
Prof. Dr. Matthias Mann, MPI of Biochemistry, Munich, Germany