June 2013, Minneapolis, MN

Randy J. Arnold, Suraj Saraswat, Chao Ji, Haixu Tang, Predrag Radivojac, James P. Reilly, "Impact of crosslinker chemistry on peptide fragmentation spectra of crosslinked peptides".

May 2012, Vancouver, British Columbia

Matthew A. Lauber, Juri Rappsilber, and James P. Reilly, "Observation of the Binding Site and Dynamics of Protein S1 on a Bacterial Ribosome".

Puja J. Gandhi and James P. Reilly, "Elucidating Antibody-Antigen Interactions: Capturing Sequence and Structure".

Randy J. Arnold, Xin He, Emily Renzi, Predrag Radivojac, James P. Reilly, and Haixu Tang, "Prediction of the Tandem Mass Spectra of Cross-linked Peptides".

June 2011, Denver, CO

Matthew A. Lauber and James P. Reilly, "Structural Analysis of a Prokaryotic Ribosome Using a Novel Amidinating Cross-Linker and Mass Spectrometry".

Puja J. Gandhi and James P. Reilly, "De Novo Sequencing of an Antibody Using 157 nm Photofragmentation".

Shobha Ravipaty, Lokto Sham, Malcolm E. Winkler, and James P. Reilly, "The Secretome of Streptococcus pneumoniae".

Yi He, Matthew A. Lauber, and James P. Reilly, "Unique Fragmentation of DEST Cross-Linked Peptides Facilitates Their Identification".

May 2010, Salt Lake City, UT

Matthew A. Lauber and James P. Reilly, "DEST: A Novel AmidinatingProtein Cross-linking Reagent".

William E. Running and James P. Reilly, "pH Dependence of the Chemical Labeling of Thermus thermophilus HB8 Ribosomes".

Xiaohui Liu and James P. Reilly, "Using a Fragmentation Database to Derive VUV Photodissociation Selection Rules and Interpret Peptide Spectra".

Yi He, John F. Poehlman, Andrew Alexander, Kirk Boraasan, and James P. Reilly, "Multi-anode detector in mass spectrometer".

June 2009, Philadelphia, PA

Yi He and James P. Reilly, "Arginine Effect in Photodissociation of Charge Tagged Peptides". (poster)

Matthew A. Lauber, William E. Running, and James P. Reilly, "Probing the Structure of the Gram-Positive Ribosome with Chemical Labeling". (poster)

 Tae-Young Kim and James P. Reilly, "Time Resolved Vacuum UV Photodissociation of Peptides in ESI Linear Ion Trap/ Orthogonal TOF Mass Spectrometer". (poster)

William E. Running and James P. Reilly, "Ligand Binding and Conformational Flexibility of Ribosomes". (oral presentation)

LiangYi Zhang and James P. Reilly, "Side-Chain Mediated Fragmentation of Peptide Radical Ions Produced in 157 nm Photodissociation". (oral presentation)

June 2008, Denver, CO

Yi He and James P. Reilly, "Enhanced de novo sequencing of peptides by charge derivatization and photodissociation". (poster)

Tae-Young Kim and James P. Reilly, "Performance of an ESI linear ion trap/orthogonal TOF mass spectrometer for UV photodissociation of biomolecules". (poster)

Matthew Lauber and James P. Reilly, "Identification of Sequencing Errors in the Genome of B. subtilis". (poster)

Xiaohui Liu and James P. Reilly, "Studying the Structure of the Escherichia coli Ribosome by Mass Spectrometry". (poster)

LiangYi Zhang, William R Alley, William Running and James P. Reilly, "Automated de novo sequencing of complex peptide mixtures by LC-MALDI-photodissociation TOF-TOF mass spectrometry". (oral presentation)

June 2007, Indianapolis, IN

Matthew S. Thompson and James P. Reilly, "Sources of variation in VUV photofragmentation studies of peptide ions". (oral presentation)

Yi He and James P. Reilly, "Is a charge tag really fixed?". (poster)

Tae-Young Kim and James P. Reilly, "Development of an ion trap/orthogonal-TOF mass spectrometer for UV photodissociation of biomolecules".(poster)

William E. Running and James P. Reilly, "The Gram-positive Ribosomal Proteome". (poster)

Liangyi Zhang and James P. Reilly, "Photodissociation of peptides in a commercial TOF-TOF instrument with 157 nm light". (poster)

Shobha Ravipaty, Lindsey E. Darling and James P. Reilly, "Identification of Staphylococcus aureus Exoproteins by Two Dimensional Liquid Chromatography-Mass Spectrometry". (poster)

Arugadoss Devakumar, Yehia Mechref, Pilsoo Kang, Milos V. Novotny and James P. Reilly, "Direct identification of Isomeric N-glycan structures by laser-induced photofragmentation". (poster)

Xiaohui Liu, William Broshears and James P. Reilly, "Probing the structure and activity of trypsin with amidination". (poster)

June 2006, Seattle, WA

Richard L. Beardsley, Xiaohui Liu, William E. Running, and James P. Reilly, "Probing the Structure of Protein Complexes Using Covalent Derivatization and Two-Dimensional Protein Chromatography/Mass Spectrometry".

Liangyi Zhang and James P. Reilly, "Determination of Structures of y- and b- type Ions by 157 nm Photodissociation".

Laura A. Sharon and James P. Reilly, "Automated De Novo Sequencing of Dual Labeled Peptides".

W.E. Running and J.P. Reilly, "Posttranslational Modifications of Caulobacter crescentus Ribosomal Proteins".

June 2005, San Antonio, TX

A. Devakumar, M.S. Thompson and J.P. Reilly, "Fragmentation study of oligosaccharides with vacuum ultraviolet light".

K.S. Boraas, N.P. Christian, S. Stryker, J.P. Reilly, "High speed analysis of peptide mixtures via a dual reflectron, peptide mass mapping/157 nm photodissociation MALDI mass spectrometer".

M.S. Thompson, W. Cui, L. Zhang and J.P. Reilly, "Mechanism of peptide ion photodissociation at 157 nm".

N.P. Christian, K.S. Boraas, S. Stryker, J.P. Reilly, "Platform for proteomic analysis using real-time analysis of peptide sequence followed by 157 nm photodissociation".

T-Y. Kim and J. P. Reilly, "157 nm photodissociation of biomolecules on a linear ion trap mass spectrometer".

June 2005, San Antonio, TX

A. Devakumar, M.S. Thompson and J.P. Reilly, "Fragmentation study of oligosaccharides with vacuum ultraviolet light".

K.S. Boraas, N.P. Christian, S. Stryker, J.P. Reilly, "High speed analysis of peptide mixtures via a dual reflectron, peptide mass mapping/157 nm photodissociation MALDI mass spectrometer".

M.S. Thompson, W. Cui, L. Zhang and J.P. Reilly, "Mechanism of peptide ion photodissociation at 157 nm".

N.P. Christian, K.S. Boraas, S. Stryker, J.P. Reilly, "Platform for proteomic analysis using real-time analysis of peptide sequence followed by 157 nm photodissociation".

T-Y. Kim and J. P. Reilly, "157 nm photodissociation of biomolecules on a linear ion trap mass spectrometer".