• Period: 2024.03 ~ 2025.02

• Education:

2014.03 ~ 2022.08 B.S., Biotechnology, Catholic University

• Project:

(1) Development of Safety Evaluation Technology for Safety Evaluation of Cultured Meat

(2) Development of Health Functional Food Analysis Method by LC-MS/MS and HPLC-UV

(3) Proteomics Analysis Using LC-MS/MS to Discover Biomarkers and Develop Diagnostic Treatment for Patients Infected with Fungal Infection Pneumonia

• Summary:

I am a researcher specializing in the development of analytical methods using LC-MS/MS and proteomics analysis. One of my previous research projects involved developing analytical methods using LC-MS/MS technology to accurately analyze natural products and other chemical substances in biological samples. This process required various stages from sample preparation to optimization of analytical conditions, data interpretation, and quantification. Biological samples are very complex and contain diverse components, necessitating effective processing and the maximization of LC-MS/MS technology to derive accurate results. Thanks to these efforts, I was able to obtain precise and reliable analysis results.

Based on this technology and experience, I am expanding my interest in the field of proteomics. Proteomics is a crucial field for comprehensively understanding the types, quantities, and interactions of proteins within organisms. LC-MS/MS is a key tool in this proteomics research. I aim to study protein patterns under various biological conditions to interpret biological significance and elucidate disease mechanisms and progression.

My goal is to use analytical technologies, including LC-MS/MS, to approach various biological problems and gain new insights. Through this, I aim to elucidate disease mechanisms and contribute to the development of personalized treatment methods. I intend to continue using LC-MS/MS technology to contribute to the innovation of disease treatment through in-depth and systematic proteomics research.

Research understanding the molecular processes of life through LC-MS/MS holds a very important position in the future of medicine and life sciences. I am committed to making further progress and contributions in this research field.