ASMS CONFERENCE ORALS 2024

Importance of the Topic

The annual conference oral program provides a crucial forum for analytical chemists and allied scientists to present new developments in mass spectrometry–based omics and related methods. By bringing together diverse sessions—ranging from metabolomics to proteomics, imaging, instrumentation, and informatics—the program fosters cross‐disciplinary exchange and highlights emerging trends that drive innovation in research, clinical diagnostics, and industrial applications.

Objectives and Program Overview

This document outlines the parallel oral sessions scheduled Monday through Thursday. A final integrated PDF program will combine these listings with poster sessions, workshops, and author indices. Attendees are encouraged to use the conference’s digital planning tools for personalized schedules and real‐time updates.

Session Themes and Structure

The program is organized into multiple themed streams, each focusing on a specialized area:

• Metabolomics and Lipidomics: Untargeted profiling, imaging, and large‐cohort studies.
• Glycoproteomics and Glycomics: Methods for glycopeptide analysis, N‐glycan profiling, and glycan–protein cross‐linking.
• Fundamentals and Novel Activation: Ion mobility, unconventional ion manipulation, and chiral discrimination.
• Microbiome and Environmental Analysis: Metabolome changes in microbial systems, exposomics, and on‐site detection of pollutants and PFAS.
• Imaging Mass Spectrometry: Advances in MALDI, DESI, and nano‐DESI for spatial profiling of tissues.
• Top‐Down and Native MS: Characterization of intact proteins, proteoforms, and large complexes.
• Data Acquisition and Informatics: DIA, DDA, AI‐driven data processing, spectral libraries, and DL‐based identification.
• Clinical and Forensic Applications: Biomarker discovery, toxin detection, single‐cell proteomics, and forensic mass spectrometry.
• Instrumentation and Ambient Ionization: New source designs, ionization methods, and integration with imaging and microfluidics.
• Chemoproteomics and Drug Discovery: Chemical probes, activity‐based platforms, and targeted proteomics for therapeutic targets.

Main Highlights and Discussion

Each morning and afternoon block is dedicated to a major subfield:

• Opening sessions emphasize large‐scale metabolomics, multi‐site reproducibility, and novel imaging approaches.
• Midday tracks cover structural biology, immunopeptidomics, native MS, and post‐translational modification analysis.
• Late panels focus on automation, high‐throughput screening, single‐cell omics, and environmental contaminant monitoring.

The breadth of topics underscores the field’s rapid technical development and the growing convergence of analytical platforms with computational tools.

Benefits and Practical Applications

This well‐structured program enables:

• Knowledge transfer of cutting‐edge methods for omics research and quality control.
• Networking across academia, industry, and government labs.
• Hands‐on insights into emerging instrumentation and software solutions.
• Identification of translational opportunities in diagnostics, environmental monitoring, and drug development.

Future Trends and Applications

Looking ahead, the integration of high‐resolution ion mobility with AI‐driven data analysis and ultra‐high‐throughput sample handling will reshape workflows across scales—from single cells to complex environmental samples. Digital planning tools and remote access platforms will further democratize conference participation, enabling live data sharing and real‐time session scheduling across global time zones.

Conclusion

The detailed oral program reflects the vibrancy and diversity of modern analytical chemistry, emphasizing collaborative innovation in instrumentation, methodology, and informatics. Attendees gain exposure to a full spectrum of advances, from fundamental ion physics to real‐world applications in healthcare and environmental science.

Reference

The schedule information is based on the conference program document listing oral sessions, authors, institutions, and session chairs for Monday through Thursday.