(subject to change)

Sunday, August 20

6:00pm-9:00pm

Doug Barofsky – Oregon State University, Emeritus Cathy Costello – Boston University Celebration of Professors

Monday, August 21

7:45am-8:30am	Breakfast at Alumni Center
8:30am-8:35am	Joe Beckman – Oregon State University Introductory Remarks
8:35am-9:00am	Roman Zubarev – Karolinska Institute Electron Capture-based Dissociation: the first 25 years
9:10am-9:35am	Takashi Baba – Sciex Electron-activated dissociation in neutral plasma trapped in an RF ion trap
9:35am-9:50am	Steven DeFiglia – University of Michigan MALDI coupled with negative ion electron capture dissociation (niECD) for characterization of labile acidic biomolecules
9:55am-10:15am	Break
10:15am-10:40am	Brandon Routolo – University of Michigan Combining Collision Induced Unfolding with Electron Capture Dissociation for Applications in Structural Biology
10:50am-11:15am	Marius Kostelic – Ohio State University Surface-Induced Dissociation with Electron Capture Charge Reduction in the analysis of large biological complexes
11:25am-11:50am	Frederik Lermyte – Technical University of Darmstadt Native-like cytochrome c oligomers undergo spontaneous gas-phase electron-based dissociation
12:00pm-1:30pm	Lunch Provided and Posters
1:30pm-1:55pm	Joe Loo – UCLA Native Top-Down Mass Spectrometry with Electron Capture Dissociation: From Antibodies to Membrane Proteins
2:05pm-2:30pm	Carter Lantz – Texas A&M Digital Quadrupole Isolation with Subsequent Electron Capture Dissociation Provides Sequence and Structure Information on Protein Complexes
2:40pm-2:55pm	Yuan Gao – Ohio State Top-down ECD coupled with IM, SID, CIU, and SIU reveals higher order structures of protein complexes
3:00pm-3:15pm	Break
3:15pm-3:40pm	Kallol Gupta – Yale Direct determination of membrane protein complexes from cellular membranes through native top-down mass spectrometer
3:50pm-4:15pm	Adrian Guthals – e-MSion Parameter-free Deconvolution Tailored for Electron-Based Fragmentation
6:00pm-9:00pm	Buffet Dinner at “The Vue” Downtown Corvallis Transportation Provided Pickup at approx.: 5:30pm to 5:45pm Hilton Garden Inn – 2500 SW Western Blvd, Corvallis, OR 97333 CH2M HILL Alumni Center – 725 SW 26th Street, Corvallis, OR 97331

Tuesday, August 22

7:45am-8:30am	Breakfast at Alumni Center
8:30am-8:55am	Ryan Julian – University of California, Riverside Radical-directed dissociation (RDD) for top-down proteomics
9:05am-9:30am	Albert Lebedev – MASSECO, Slovenia Tandem mass spectrometry in the de novo sequencing of natural non-tryptic amphibian peptides
9:30am-9:45am	Sarah Brandner – Technical University of Darmstadt Native MS reveals unique gas-phase radical reaction between amyloid β and Cu(II)
9:50am-10:10am	Break
10:10am-10:35am	Blaine Roberts – Emory University Probing Post-Translational Modifications in Neurodegenerative Diseases: Insights gained from UV Photodissociation and Electron Transfer Dissociation
10:45am-11:10am	Ian Webb – University of Indiana Exploiting Chemical Modifications for Structural Elucidation by Mass Spectrometry Equipped with Low-Energy Electrons
11:20am-11:45am	Kicki Hakansson – University of Michigan Keeping Track of Hydrogen Radicals: Implications for Dissociation Outcomes and Spectral Interpretation
12:00pm-1:30pm	Lunch Provided and Posters
1:30pm-1:55pm	I. Jonathan Amster – University of Georgia Electron-Based Dissociation and UV Photodissociation of Glycosaminoglycans
2:05pm-2:30pm	Nick Riley – University of Washington Improvements in glycoproteomics through architecture changes to the Tribrid MS platform
2:40pm-3:00pm	Stanislau Stanisheuski Electron-based Fragmentation Methods for the Mapping of Protein Adducts with Benzo[a]pyrene Diol Epoxide in human plasma
3:00pm-3:15pm	Break
3:15pm-3:40pm	Cathy Costello – Boston University Glycopeptides and electron fragmentation
3:50pm-4:10pm	Rick Cooley – Oregon State University Genetic Code Expansion to Probe Protein Structure and Post Translational Modifications
4:15pm-4:35pm	Rachel Franklin – e-MSion/Agilent Electron Fragmentation of the Highly Phosphorylated SARS-CoV Nucleocapsid
4:40pm-5:20pm	Walking Tour of OSU, Genetic Code Expansion and MS Facility
6:00pm-9:00pm	Dinner at Tyee Wine Cellars Transportation Provided Pickup at approx.: 5:30pm to 5:45pm Hilton Garden Inn – 2500 SW Western Blvd, Corvallis, OR 97333 CH2M HILL Alumni Center – 725 SW 26th Street, Corvallis, OR 97331

Wednesday, August 23

7:45am-8:30am	Breakfast at Alumni Center
8:30am-8:55am	Yury Tsybin – Spectroswiss Improved glycoprotein analysis via advanced data acquisition and processing in ExD Orbitrap FTMS
9:05am-9:30am	Frank Sobott – University of Leeds Conformation-sensitive fragmentation with ExD and UVPD
9:40am-9:55am	Samantha Shepherd – University of Oregon Investigation of capillary position on unintentional in-source unfolding and dissociation of native protein ions
10:00am-10:15am	Break
10:15am-10:40am	Frantisek Turicek DNA cation radicals by electron transfer and photodissociation action spectroscopy
10:50am-11:15am	Josh Hinkle – ThermoFisher Low Mathieu q Resonant CID as an Efficient Supplemental Activation Strategy for Oligonucleotide Radical Anions
11:25am-11:40am	Menatallah Youssef – University of Michigan Direct determination of tyrosine sulfation sites in proteomic analysis
11:45am-12:00pm	Ankit Jain – Emory Identification and characterization of iso-aspartate peptides in human tissue using ion mobility and electron fragmentation strategies
12:00pm-1:00pm	Lunch
1:00pm -1:15pm	Joe Beckman – Oregon State University Introduction to the paradoxical specificity of oxidative tyrosine nitration
1:15pm-1:40pm	Ivan Chu – University of Hong Kong Site-Specificity and Regio-Selectivity of Radical-Mediated Tyrosine Nitration: Insights from Isomeric Structures
1:50pm-2:15pm	Andreas Ding – Boehringer Mannheim Synthetic Peptide Therapeutics: Examples for common challenges in drug development
2:25pm-2:50pm	Matt Bush – University of Washington Differentiating Biomolecules Using Charge-State Manipulation, Collisional Activation, and Ion Mobility – Mass Spectrometry
3:00pm-3:25pm	Jim Prell – University of Oregon Preparing Ions for Enhanced ExD and UVPD: Design Principles from an Improved Impulsive Collision Model
3:30pm-4:00pm	Closing Remarks