Conferences

Two-Day Courses

Short courses will be held in the Georgia World Congress Center (same location as the ASMS annual conference). Two-day courses are 9:00 am - 5:00 pm on Saturday and Sunday, June 1 and 2, 2019. Lunch and refreshment breaks are provided on both days.

Registration fees for two-day courses: 
$400 for ASMS members; $700 for non-members; $150 for students. After April 30, all fees increase by $50. There is no onsite registration for short courses. Courses are open to all (conference registration is not required.)  Go to Registration to sign-up for a short course (you can add-on to your existing conference registration.)

Two-Day Short Course Roster, Saturday - Sunday, June 1 - 2, 2019

 

01 Bioinformatics for Protein Identification
Instructors: Nuno Bandeira (University of California San Diego), Alexey Nesvizhskii (University of Michigan Health System), David Tabb (Stellenbosch University)
Description    •     Summary slides

02 Clinical Diagnostics: Innovation, Validation, Implementation and Operation by Mass Spectrometry
Instructors: Matthew Crawford, Brian Rappold and Chris Shuford (LabCorp)
Description     •     Summary slides

03 DMPK: Experimentation and Data Interpretation
Instructors: Mark Hayward (Stemline Therapeutics), Mike S. Lee (Milestone Development Services), Naidong Weng (Janssen Research and Development), Mingshe Zhu (MassDefect Technologies).
NOTE: Registration for this course closes April 30.
Fee for this course is increased to cover cost of textbook.
Description    •     Summary slides

04 Glycans and Glycoproteins in Mass Spectrometry
Instructors: Jon Amster (University of Georgia), Carlito Lebrilla (University of California, Davis), Ron Orlando (University of Georgia), Joe Zaia (Boston University)
Description     •     Summary slides

05 High Resolution Mass Spectrometry for Qualitative and Quantitative Analysis: An Introduction
Instructors: Ragu Ramanathan, Matthew Blatnik, Cong Wei (Pfizer)
Description     •     Summary slides

06 Understanding, Optimizing and Applying LC/MS/MS Techniques using Electrospray, APCI and APPI to Develop Successful Methods
Instructor: Robert D. Voyksner (LCMS Limited)
Description    •     Summary slides

07 LC-MS: Advanced Techniques and Applications
Instructor: Jack Henion (Advion, Inc.)
Description    •     Summary Slides

08 LC-MS: Practical Maintenance and Troubleshooting
Instructors:  Susan Abbatiello (Northeastern University), Thomas Blau (Ion Technology Support, Inc), Will Thompson (Duke University)
Description     •     Summary Slides

09 Native Mass Spectrometry
Instructors: Vicki Wysocki (The Ohio State University), Sophie Harvey (The Ohio State University), David Russell (Texas A&M University), Arthur Laganowski (Texas A&M University).
Description     •     Summary Slides

10 Peptides and Proteins in Mass Spectrometry
Instructors: Arthur Moseley (Duke University), Douglas Sheeley (NIH), Eric Soderblom
Description     •     Summary slides

11 Protein Structural Analysis by Mass Spectrometry: Hydrogen Exchange and Covalent Labeling
Instructors: Mark Chance (Case Western Reserve), Roxana Iacob (Northeastern University), Janna Kiselar (Case Western Reserve), Thomas W. Wales (Northeastern University)  
NOTE: Registration for this course closes on April 30.
Fee for this course is increased to cover cost of textbook.
Description    •     Summary slides

12 Protein Therapeutics: Practical Characterization and Quantitation by Mass Spectrometry
Instructors: Guodong Chen and Li Tao (Bristol-Myers Squibb)
Description    •     Summary slides

13 Quantitative Mass Spectrometry
Instructors: Dwight E. Matthews (University of Vermont) and Robert Bethem (Consultant)
Description    •     Summary slides

14 Case Studies in Quantitative Proteomics
Instructors:  Meena Choi (Northeastern University), Birgit Schilling (Buck Institute), Ting Huang (Northeastern University), Olga Vitek (Northeastern University)
Description    •     Summary slides

15 Untargeted Metabolomics: From Basic Methods to Advanced Workflows and Isotope Labeling
Instructor: Gary Patti (Washington University-St Louis)
Description

 

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