Day 2
11:40 Shogo Yamane
Detection of Different Additives from Evolved Gas Analysis-Mass Spectrometry Data Using Two-dimensional Correlation Spectroscopy
11:55 Isa Guducu
Analysis of Highly Multiply Charged Intact Polymers in Cyclic Ion Mobility-Mass Spectrometry with Collision Induced Charge Stripping
12:10 Goro Funakoshi
Structural Analysis of EO-PO Copolymers Using LC-QTOF MS
12:25 Qing Li
An Ambient Microwave Plasma Torch Desorption/Ionization Mass Spectrometry (MPT-MS) Strategy for Microplastic Detection
12:40 Takaya Satoh
Multifaceted degradation evaluation of PET bottles subjected to outdoor exposure test
Organized by Takaya Satoh (JEOL Ltd., Japan)
The development of high-performance materials with high added value is progressing in the industrial field. On the other hand, there are a wide range of issues, such as quality control, defect and deterioration analysis of products, problems with the use of recycled materials, and analysis of microplastics that have leaked into the environment. Approaches in mass spectrometry include pyrolysis GC-MS, LC-MS, and MALDI-TOFMS, each of which has seen recent advances, and the analytical methods of the acquired data are also attracting attention. This session will discuss how these methods can be used to address the above issues. We will discuss pre-treatment, separation, ionization, mass spectrometry imaging, ion mobility, data analysis, and procedures combined with various analytical techniques.
11:40 Chao-Jung Chen
The discovery of clinical disease biomarkers by LC-MS-based global metabolomics
11:55 Yuna Hiranuma
Phosphatase reactivity-based profiling of the local environment of phosphorylation sites on proteins
12:10 Dolma Michellod
First Look at the Integrated Phospholipid Metabolism in an Insect Endosymbiosis
12:25 Ping Chen
Development and Applications of Portable Gas Chromatograph-Mass Spectrometer System with Built-in Preconcentrator
12:40 Qi Yi
Chiral Recognition by Mass Spectrometry with the Combinations of Two Chiral Selectors
Organized by Kohta Nakatani (Niigata University, Japan) and Yuki Yamaguchi (The University of Osaka, Japan)
Mass spectrometry is a unique analytical technology that is still advancing. However, as the technology becomes more complex, it also requires personnel with advanced expertise in order to take full advantage of its performance. Therefore, human resource development is becoming increasingly important. This session focuses on young researchers and hopes to provide them with opportunities to grow through discussions with their peers and experienced seniors.
11:40 Federico Torta
Quantitative Measurements of Circulating Ceramides as Markers for Cardiometabolic Disorders
12:10 Ruben Luo
Determination of Clonality of Monoclonal Serum Free Light Chains by On-Probe Extraction Coupled with Liquid Chromatography-Mass Spectrometry
12:25 Jia-Rong Li
Exploring Serum Amyloid A Variant Barcode in Colorectal Cancer by Nanoprobe-based Affinity Mass Spectrometry
12:40 Daisuke Nakajima
A novel newborn screening modality: Non-targeted proteome analysis using low-cost iron powders
Organized by Hsiao-Wei Liao (National Yang Ming Chiao Tung University, Taiwan) and Masamitsu Maekawa (Tohoku University, Japan)
Mass spectrometry has been used in chemical diagnosis of diseases due to its usefulness in measuring various biomolecules. Furthermore, it has also been put to good use in the quantitative analysis of pharmaceuticals in recent years, and is contributing to more precise medical care. In addition, many new studies of pathological molecular mechanisms have been discovered through reverse translational research based on the results of clinical research. The aim of this session is to discuss the frontier of clinical mass spectrometry in chemical diagnosis and optimization of patient treatment, as well as in reverse translational research.
14:10 Zhu Yang
Deciphering PM2.5-disrupted Energy Metabolism via Mass Spectrometry Analysis
14:25 Jongcheol Seo
Ion behavior in the Evaporating Charged Droplets Generated by Electrospray Ionization
14:40 Hsin-Yi Chang
LncRNA HIFCAR Sequesters ER Resident Protein to Hinder Antigen Presentation Process in Pancreatic Ductal Adenocarcinoma
14:55 Huilin Li
Integrative Structural Mass Spectrometry for Understanding the Protein-Protein/Drug Interaction Dynamics
15:10 Masatomo Takahashi
Quantitative metabolomics for human plasma using stable isotope-labeled internal standard mixture (SILIS)
Organized by Tomoya Kinumi (National Institute of Advanced Industrial Science and Technology, Japan)
14:10 Sunghwan Kim
The Release of Dye and Microplastic-Related Chemicals into Nature by Humans: How Much is Discharged, and What Are Their Global Effects?
14:40 Runzeng Liu
Synthetic Antioxidants as New Pollutants Revealed by Mass Spectrometry: From Environmental Occurrence to Human Exposure
14:55 Theodora Nah
Bacteria in the atmosphere: Insights into their production and transformation of biological and organic matter in cloud water
15:10 Ralf Zimmermann
Investigating the Health- and Climate-Relevant Chemical Composition of Wildfire Smoke Particles and Marine Aerosols by a Novel On-Line Single Particle Mass Spectrometry Technology
Organized by Atsushi Yamamoto (Tottori University of Environmental Studies, Japan) and Qian Liu (Chinese Academy of Sciences, China)
Mass spectrometry has become an essential element in the visualization and impact assessment of environmental pollution. New ionization methods and high-resolution mass spectrometry are revealing what was previously invisible. The discussion will be based on the latest exchanges of information on how environmental pollution and mass spectrometry are related in the Asia Oceania region.
14:10 Yu-Ju Chen
Mapping Nanoscale-to-Single Cell Proteome Landscape and Beyond towards Precision Oncology
14:25 Peter Hoffmann
Prognostic MALDI-MSI: Predicting Chemotherapy Responses and Identifying Metastasis in Gynecological Cancers
14:40 Jake Violi
Proteome-Wide Degron Screening
14:55 Ilisia Ow
Specific Enhancement of Neoantigen Presentation by Targeted Proteasomal Degradation
15:10 Ryota Tomioka
Advancing Bottom-up Proteomics with Protease Type XIII from Aspergillus saitoi
Organized by Yasushi Ishihama (Kyoto University, Japan) and Jun Adachi (National Institutes of Biomedical Innovation, Health and Nutrition, Japan)
In recent years, mass spectrometry-based omics technologies have become significantly more sensitive and faster. We will discuss the impact of these advances on clinical omics analysis, biomarker development, and treatment development through cutting-edge research presentations.
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Don’t forget:
June
22-25, 2025
Ishigaki, Japan
© 2025 AOMSC2025 committee. All Rights Reserved.