Organized by Yasushi Ishihama and Jun Adachi.
Protein/proteome analysis using mass spectrometry has greatly improved the depth and speed of analysis, and has become an indispensable fundamental analysis technology. In order to overcome the diversity of proteins and the complexity of proteomics, various technological developments and examples of their applications have been created.
In this session, we will discuss how mass spectrometry is used and what problems it poses. Specifically, we invite a wide range of studies on mass spectrometry as well as sample preparation, quantification and data analysis methods to share the latest findings and discuss future prospects.
Day 2
Organized by Yasushi Ishihama and Jun Adachi.
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.
Organized by Masamitsu Maekawa and Liao Hsiao-Wei.
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.
Organized by Lee Chuin Chen and Kanako Sekimoto.
This session focuses on all aspects of ionization, hyphenation, and gas-phase ion chemistry, covering topics such as the mechanisms of ion formation, activation, and dissociation; ion-ion and ion-molecule reactions; the development of new techniques in ionization, hyphenation, and ion mobility, as well as their novel applications in analytical science.
Organized by Atsushi Yamamoto and Qian Liu.
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.
Organized by Kohta Nakatani.
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.
Organized by Shuichi Shimma.
It will explore the state of the art in mass spectrometry imaging technology and expand its potential. The latest technological innovations will be presented and the potential for new applied research, e.g. in medicine and pharmacy, will be discussed. Current challenges will be identified and their solutions explored, and the future of the technology will be considered from an interdisciplinary perspective through interactions with experts from different fields. Through this session, participants will be able to understand the latest applications in mass spectrometry imaging and gain insight into future research directions. It also aims to promote further development and innovative applications of the field.
Organized by Takaya Satoh
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.
Don’t forget:
June
22-25, 2025
Ishigaki, Japan
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