サーモフィッシャーサイエンティフィック株式会社／Thermo Fisher Scientific K.K. Official site

■Connecting Biomarker Discovery to Clinical Application - Explained with Real Cases of Neurodegenerative Diseases Although biomarkers are discovered, many do not reach clinical application. The reasons for this lie in multiple hurdles that arise after discovery, such as "narrowing down candidates," "reproducibility," and "connecting to clinical practice." 1. How should promising candidates obtained from comprehensive exploration be narrowed down? 2. How can reproducibility and scalability be ensured? 3. What are the key points for smoothly transitioning to clinical research? 4. What should be considered in data science throughout the overall flow? In this online seminar, we will clearly explain specific strategies for advancing from discovery to clinical application based on actual research cases of Alzheimer's disease and multiple sclerosis, in an easy-to-understand manner in Japanese. *Olink products and services are for research purposes only. Please note that they cannot be used for diagnostic purposes.

Evolution, now in your hands. We are offering Thermo Fisher Scientific's FTIR, FTNIR, and Raman instruments, which are highly regarded for their high reliability, excellent optical performance, and ease of use, as a carefully selected package at a limited-time special price. We have prepared configurations that will serve as immediate assets for various analytical tasks such as research and development, QA/QC, and foreign matter/defect analysis. We encourage you to take this opportunity to introduce our latest spectroscopic instruments and achieve further improvements in analytical quality.

We are currently holding an on-demand seminar on food analysis aimed at ensuring food safety and improving analytical techniques. In this seminar, we will introduce practical information on the latest food analysis methods, regulatory trends, and solutions to challenges in inspection operations. Latest approaches to "food safety" using LCMS: Orbitrap Detecting off-odor components! A workflow for high-sensitivity target analysis and non-target sample comparison Methods for efficiently finding beverage aroma markers – a practical workflow for high-sensitivity non-target analysis using the Orbitrap Exploris GC mass spectrometer Utilization of charged particle detectors in food analysis and an introduction to efficient analysis using the Vanquish Duo UHPLC system Latest developments in inorganic element analysis! Systems that improve throughput and analysis examples for food and alcoholic beverages Food analysis using the Gallery discrete automatic analyzer.

This seminar will systematically explain the basics of IC device configuration, separation phenomena within the column, and the role of detectors, as well as the considerations for column selection and elution conditions in separation method design. We will also welcome Mr. Shiraishi from DNP Science Analysis Center, who will introduce specific points for utilizing IC-MS through real examples, including cases of separation and identification of amines in complex samples and approaches to cases that are difficult to address with IC alone. Furthermore, we will provide a broad explanation of examples of flow control for samples with many coexisting components and trace component analysis, key points for target ion detection, the principles of combustion ion chromatography (CIC), and the system configuration using the Thermo Scientific Cindion CIC system. This seminar aims to deepen understanding from basics to applications and organize knowledge and design concepts of IC analysis that can be applied in practice. We look forward to your attendance.

This webinar will showcase the innovative impact of Olink's proteomics platform on neuroscience research and precision medicine. It will explain the advantages of large-scale protein analysis for elucidating the complex pathomechanisms of neurodegenerative diseases, early diagnosis, biomarker discovery, and accelerating drug target identification. The discussion will delve into how understanding neuroimmune interactions, brain inflammation, and regulatory pathways through proteomics technology contributes to achieving more precise and personalized healthcare. Examples of the application of Olink technology in various neurological disease fields, such as multiple sclerosis (MS), Alzheimer's disease, amyotrophic lateral sclerosis (ALS), and Parkinson's disease, will be presented, along with contributions to the development of personalized treatment strategies and improvements in diagnostic accuracy. ▶ Title: Neuroscience Research and Precision Medicine Utilizing Olink - Insights from Key Papers ▶ Speaker: Katsuhiko Sasaki (Field Application Scientist, Life Technologies Japan)