Abstract
When genetic information is decoded, many scientists think that proteins play key roles to characterize the living organisms. On this point of view, physical chemistry of proteinshas recently been analyzed. Especially, struc-tural analysesof proteins provide the reasons why proteins have their specific physiological characters. NMR and X-ray spectroscopic techniques are powerful tools to solve the structure of proteins on the atomic resolution Com-paring thesetwo techniques, NMR spectroscopy has the advantage to monitor the structural changes during phys-iological reactions. To monitor these changes, many NMR techniques, including stable-isotope labeling tech-niques on proteins, have been largely developed. In this review, the author will mainly overview these progresses, and introduce the recent development on new highly-sensitive NMR instruments and new spectroscopic tech-niques, also.
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