[Synergy of Technology×Technique]
Liquid Chromatography-Mass Spectrometry—Commitment to Users: Advancing R&D of Biomaterials

• Analysis and Evaluation Techniques
• Engineers
• Research Network and Facility Services Division Platforms
• Shared Facilities

The Bioanalysis Unit provides experimental environments, such as cell culture and genetic analysis, as well as equipment for the analysis and evaluation of biomaterials. For biomaterials interacting with biological systems, understanding their “interaction with biological systems” is a key theme. For example, information on how proteins in cells change after contact with a material is essential for evaluating the material’s performance. The “Liquid Chromatography-Mass Spectrometry (LC-MS)” I manage identifies substances by measuring the mass of sample components. The newly introduced “LC-MS (OE480)” is capable of detecting a wider range of proteins with greater speed and precision than its predecessors. My policy is to fully engage with clients’ needs. In our unit, a single engineer typically handles all aspects of the process for a client—from scheduling and operation to data analysis—fostering long-term relationships. Familiarity with their research history allows me to understand their intentions and propose alternative methods beyond initial requests. Receiving feedback like “our research has progressed” gives me great fulfillment.

Liquid Chromatography-Mass Spectrometry ［OE480］

Manufacturer： Thermo Fisher Scientific Inc.　

〈Usage Types〉
Staff-operated Service: NIMS staff operate the equipment and perform analysis on behalf of users.
Self-operation: Users independently operate the equipment and perform analysis.
Guided-operation: Users operate the equipment with assistance and guidance from NIMS staff.

NIMS Open Facility: Use under Non-public Access

ARIM: Use under Public Access