Programme

Sunday, 28 March
6.00	Opening of conference Welcome by Michael Przybylski, University of Konstanz Jürgen Grotemeyer, Chairman of DGMS
6.30	Plenary lecture 1: Alan Marshall, Florida State University, USA Fourier Transform Ion Cyclotron Resonance Mass Spectrometry: Thirty Years and Counting	Chair: J. Grotemeyer
7.20	Opening of Poster Session (All Numbers) Opening Reception and Banquet
Monday, 29 March
I. New Methods in FTMS
9.00	L1: R. Heeren, R. Mihalca, I. Taban, A.J. Kleinnijenhuis, A.J.R. Heck, M.C. Duursma, L.A. McDonnell, and T.H. Mize FOM- Institute for Atomic and Molecular Physics, Amsterdam, The Netherlands Hot and cold FTICR-MS Dissociation Studies with New FTMS Instrumentation	Chair: J. Wesener
9.40	L2: M. Linscheid, S. Beck, T. Hagemeister, and V. Livadaris Humboldt Universität zu Berlin, Germany Fourier-Transform Mass Spectrometry Using the Finnigan LTQ FTMS - High Resolution - High Accuracy as Analytical Routine
10.10	L3: J. Pittman, B. Thomson, and P. O'Connor Boston University School of Medicine, USA A New Hybrid ESI-qQq FTMS
10.40	Break
II. Bioanalytical Applications A
11.10	L4: A. Kondakova and B. Lindner Research Center Borstel, Germany Structural Characterization of Complex Bacterial Glycolipids by FT‑MS	Chair: N. Kelleher
11.50	L5: M. Mormann, L. Bindila, M. Froesch, A. Zamfir, and J. Peter-Katalinić University of Münster, Germany FT-ICR MS of Complex Carbohydrates
12.20	L6: C. Hendrickson, G. Blakney, M. Chalmers, L. Mackay, M. McFarland, J. Quinn, and A. Marshall Florida State University, USA Instrumental Advances in FT-ICR MS/MS of Biomolecules
12.50	Lunch break
1.00	Poster Session (A) (odd numbers)
III. Fundamentals
2.20	L7: H. Schnöckel University of Karlsruhe, Germany Bonding and Reactivity of Structurally Known Metalloid Cluster Species in the Gas Phase	Chair: H. Schwarz
3.00	L8: K. Wanczek and K. Garbade University of Bremen, Germany Understanding Ion-Ion Reactions in the Gas Phase
3.30	L9: I. Balteanu. P. Balaj, B. Fox-Beyer, M. Beyer, V. Bondybey Technische Universität München, Germany Use of Isotopically Enriched Material in Gas Phase Cluster Studies
4.00	Break
IV. Spectroscopy and Atomic Clusters
4.30	L12: D. Moore, J.Oomens, R. Dunbar, D. Ridge, L.v.d.Meer, G.v.Helden, G. Meijer, A. Marshall, J.Valle, and J.R.Eyler FOM Institute "Rijnhuizen", Nieuwegein, The Netherlands Structural Characterization of Gas Phase Ions by Infrared Spectroscopy	Chair: P. Wanczek
5.00	L11: L. MacAleese, J. Lemaire, J.-M. Ortega, and P. Maître University of Paris, France Infrared Spectroscopy Under FT-ICR-MS Conditions : Experimental Setup and Applications to Organometallics
5.30	L10: L. Schweikhard, K. Blaum, A. Herlert, G. Marx Ernst-Moritz-Arndt-Universität, Greifswald, Germany Atomic Clusters and Ion Cyclotron Resonance Mass Spectrometry – A Fruitful Combination
6.00	Guided tours: Walls tell tales Popes, heretics, courtesans
Tuesday, 30 March
V. New Methods and Instrumentation
9.00	L13: G. Niedner-Schatteburg University of Kaiserslautern, Germany A New and Versatile Multi Ion Source FT-ICR-Setup: F.R.I.T.Z.	Chair: R. Heeren
9.30	L14: W. Metelmann-Strupat, K. Strupat, J. Griep-Raming, and H. Münster Thermo Electron, Bremen, Germany Accurate Mass and High Scan Speed – Using Two Detectors in One Instrument
10.00	L15: D. Davis, K. Gallaher, W. Rimkus Siemens Applied Automation, Bartlesville, USA Use of a Miniature High Resolution Fourier Transform – Mass Spectrometer for Support of Product and Process Analysis
10.30	Break
VI. New Bioanalytical Methods
11.00	L16: B. Spengler; D. Kirsch, W. Bouschen, V. An Thieu Justus-Liebig-University, Gießen, Germany Peptide Composition Analysis and Composition Based Sequencing of Peptides: The Power and Beauty of Accurate Mass Values	Chair: J. Peter-Katalinic
11.40	L17: M. Allen A. Sterling, and M. Baumert Advion BioSciences, Norwich, UK Fully Automated High Throughput Analysis Using Chip-Based Nanoelectrospray FT-ICR Mass Spectrometry
12.10	L18: C. Hagman, M. Ramström, P. Håkansson, J. Bergquist Uppsala University, Sweden Quantitative Analysis of Tryptic Protein Mixtures Using Electrospray Ionization Fourier Transform Ion Cyclotron Resonance Mass Spectrometry
12.40	L19: R. Geels, A. Heck, S. van der Vies, and R. Heeren FOM- Institute for Atomic and Molecular Physics, Amsterdam, The Netherlands Dissociation Analysis of GroES via SORI-CID in an FT‑ICR‑MS
1.10	Lunch break
VII. Dissociation Techniques
2.00	L20: C. Adams, B. Budnik, K. Haselmann, F. Kjeldsen, and R. Zubarev Uppsala University, Sweden Electron Capture Dissociation Detects the Presence of a Single D‑Amino Acid in a Protein and Probes the Neutral Tertiary Structure	Chair: G. Baykut
2.40	L21: K. Breuker and Fred W. McLafferty University of Innsbruck, Austria Native Electron Capture Dissociation
3.10	L22: H. Cooper University of Birmingham, England Electron Capture Dissociation of Non-Standard and Modified Peptides
3.40	L23: Y. Tsybin, M. Witt, G. Baykut, G. Weiss, P. Håkansson University Uppsala, Sweden Optimization of ECD: Mechanistic Studies, Top-Down and Bottom-Up Applications
4.10	Break
VIII. Bioanalytical Applications B
4.40	L24: M. Freitas and L. Zhang Ohio State University, USA Cracking the Histone Code: A Mass Spectrometry Based Approach for the Determination of Histone Modifications	Chair: M. Linscheid
5.10	L25: M. Ramström, I. Ivonin, A. Johansson, H. Askmark, K. E. Markides, R. Zubarev, P. Håkansson, S.-M. Aquilonius, and J. Bergquist Uppsala University, Sweden Protein Patterns in Cerebrospinal Fluid Revealed by Liquid Chromatography Fourier Transform Ion Cyclotron Resonance Mass Spectrometry
5.40	L26: A. Sinz, D. Schulz, C. Ihling, S. Kalkhof, and M. Clore University Leipzig, Germany Mapping Protein Interfaces by Chemical Cross-Linking and FTICR Mass Spectrometry: Application to Calmodulin/Peptide Complexes
6.10	L27 X. Tian, R. Cecal, J. McLaurin, R. Stefanescu, M. Manea, S. Grau, M. Ehrmann, P. St George-Hyslop, and M. Przybylski University of Konstanz, Germany Application of FTICR-MS in Characterisation of Target Peptides/Proteins of Alzheimer's Disease and Elucidation of an Amyloid Plaque-Specific Epitope
6.40	Departure: Guided tour of Joh. Albrecht Brewery with evening meal Wine Tasting in the Spitalkellerei Konstanz
Wednesday, 31 March
IX. New FTMS Methods
9.00	L28: E. Nikolaev, C. Masselou, G. Anderson, and R. Smith The Institute for Energy Problems of Chemical Physics; Moscow, Russia Some New Approaches in Ion Trapping and Detection in FT ICR	Chair: P. Håkansson
9.40	L29: P. O'Connor Boston University School of Medicine, USA Current Thoughts Regarding the Cryogenic FTMS
10.10	L30: V. Frankevich, X. Guan, M. Dashtiev, and R. Zenobi Swiss Federal Institute of Technology (ETH), Zurich, Switzerland Laser-Induced Fluorescence of Trapped (Bio)Molecular Ions
10.40	Break
X. Analytical Applications
11.10	L31: B. Koch, T. Dittmar, R. Engbrodt, M. Graeve, M. Witt, G. Kattner Alfred Wegener Institute for Polar and Marine Research, Bremerhaven, Germany Composition of Marine Dissolved Organic Matter: First Chemical Formulas as Detected by FTMS	Chair: B. Spengler
11.40	L32: A. Stopford, N. Polfer, P. Langridge-Smith University of Edinburgh, Scotland A Study of Electron Capture Dissociation Efficiency of Peptide Dications Using a Dispenser Cathode
12.10	L33: T. Bristow LGC, Teddington, England A Comparison of Calibration Methods for Accurate Mass Measurement of Low Molecular Weight Molecules Using FTMS
12.40	Lunch break
1.00	Poster Session B (even numbers)
Ceremonial Act in Honour of the Scientific Career of Jean Futrell and Burnaby Munson
2.00	Honorary address: G. von Graevenitz, Rector, University of Konstanz P. Derrick: Laudatio on Jean Futrell F. McLafferty: Laudatio on Burnaby Munson Award of special EJMS Issue	Chair: P. Derrick
2.50	Honorary Lecture: Jean Futrell, Pacific Northwest National Laboratory, Richland, USA Kinetics of Activation and Dissociation of Large Molecular Ions in the Gas Phase	Chair: F. McLafferty
3.20	Honorary Lecture: Burnaby Munson, University of Delaware, USA Chemical Ionization Mass Spectrometry: A Useful Accident	Chair: M. Przybylski
3.50	Break
4.10	Plenary lecture 2: H. Schwarz, Technische Universität Berlin, Germany Elementary Processes in Catalysis:Looking at and Learning from "Naked" Transition. Metal Ion Chemistry and Physics – Theory and Experiment in Concert	Chair: A. Marshall
5.00	Departure to Meersburg Castle and Conference Dinner
Thursday, 1 April
XI. Perspectives for FTMS
9.00	L34: O. Trapp, J.R. Kimmel, O. Yoon, I.A. Zuleta, R.N. Zare Stanford University, USA Hadamard-Transform Time-of-Flight Mass Spectrometry	Chair: K. Tomer
9.30	L35: B. Paizs, M. Schnölzer, U. Warnken, and S. Suhai German Cancer Research Center, Heidelberg, Germany Ion Intensity Relationships for the MS/MS Spectra of Protonated Peptides
10.00	L36: C. Koy, P. Serrano, S. Möller, B. Ringel, S. Mikkat, R. Martin, S. Drynda, J. Kekow, H.-J. Thiesen, and M. Glocker Proteome Center Rostock, Germany Identification and Structure Characterization of Disease-Associated Marker Proteins Using MALDI QIT ToF MSn in Clinical Proteome Research with Patients Suffering from Rheumatoid Arthritis
10.30	Break
XII. Bioanalysis Highlights in FTMS
11.00	L37: N. Kelleher University of Illinois at Urbana-Champaign, USA Of Biomarkers and Modifications: Top Down Mass Spectrometry of Proteins Across the Phylogenetic Tree	Chair: R. Heeren
11.40	Awards
12.20	Plenary lecture 3: F. McLafferty, Cornell University, Ithaca, USA Structural Characterization of Biomolecules, Unique Advantages of FTMS	Chair: M. Przybylski
13.10	Closing remarks and end of conference

Programme

Sunday, 28 March

Monday, 29 March

I. New Methods in FTMS

Tuesday, 30 March

V. New Methods and Instrumentation

Wednesday, 31 March

Thursday, 1 April

Please send questions or comments about this page to the webmaster Thomas Mack. Copyright © 2003 Laboratory for Analytical Chemistry Stand: 01. Februar 2005

Please send questions or comments about this page to the webmaster Thomas Mack.
Copyright © 2003 Laboratory for Analytical Chemistry
Stand: 01. Februar 2005