Abstract
/sup 43/Ca, /sup 25/Mg and /sup 67/Zn NMR spectroscopies applied to biologically important systems are summarized mainly on the basis of our findings. It was found from our studies that (1) /sup 25/Mg NMR can be utilized for studying the dynamic and/or static behavior of Mg/sup 2 +/ in the Mg/sup 2 +/ -ATP (ADP)-kinase ternary complexes and (2) /sup 67/Zn NMR bands of diluted Zn/sup 2 +/ are much narrower than predicted and thus can be applicable for studying the dynamic and/or static behavior of Zn/sup 2 +/ in Zn/sup 2 +/ -enzyme solutions. In addition, /sup 43/Ca NMR spectra were successfully applied to some Ca/sup 2 +/ -binding proteins. In concluding remarks, we discussed possibilities of applications of those metal NMR spectroscopies to medical purposes.
Shimizu, Tohru;
Hatano, Masahiro
[1]
- Tohoku Univ., Sendai (Japan). Chemical Research Inst. of Non-Aqueous Solutions
Citation Formats
Shimizu, Tohru, and Hatano, Masahiro.
Applications of /sup 43/Ca, /sup 25/Mg, and /sup 67/Zn NMR spectroscopies to biological systems.
Japan: N. p.,
1983.
Web.
Shimizu, Tohru, & Hatano, Masahiro.
Applications of /sup 43/Ca, /sup 25/Mg, and /sup 67/Zn NMR spectroscopies to biological systems.
Japan.
Shimizu, Tohru, and Hatano, Masahiro.
1983.
"Applications of /sup 43/Ca, /sup 25/Mg, and /sup 67/Zn NMR spectroscopies to biological systems."
Japan.
@misc{etde_5655423,
title = {Applications of /sup 43/Ca, /sup 25/Mg, and /sup 67/Zn NMR spectroscopies to biological systems}
author = {Shimizu, Tohru, and Hatano, Masahiro}
abstractNote = {/sup 43/Ca, /sup 25/Mg and /sup 67/Zn NMR spectroscopies applied to biologically important systems are summarized mainly on the basis of our findings. It was found from our studies that (1) /sup 25/Mg NMR can be utilized for studying the dynamic and/or static behavior of Mg/sup 2 +/ in the Mg/sup 2 +/ -ATP (ADP)-kinase ternary complexes and (2) /sup 67/Zn NMR bands of diluted Zn/sup 2 +/ are much narrower than predicted and thus can be applicable for studying the dynamic and/or static behavior of Zn/sup 2 +/ in Zn/sup 2 +/ -enzyme solutions. In addition, /sup 43/Ca NMR spectra were successfully applied to some Ca/sup 2 +/ -binding proteins. In concluding remarks, we discussed possibilities of applications of those metal NMR spectroscopies to medical purposes.}
journal = []
volume = {3:1}
journal type = {AC}
place = {Japan}
year = {1983}
month = {Dec}
}
title = {Applications of /sup 43/Ca, /sup 25/Mg, and /sup 67/Zn NMR spectroscopies to biological systems}
author = {Shimizu, Tohru, and Hatano, Masahiro}
abstractNote = {/sup 43/Ca, /sup 25/Mg and /sup 67/Zn NMR spectroscopies applied to biologically important systems are summarized mainly on the basis of our findings. It was found from our studies that (1) /sup 25/Mg NMR can be utilized for studying the dynamic and/or static behavior of Mg/sup 2 +/ in the Mg/sup 2 +/ -ATP (ADP)-kinase ternary complexes and (2) /sup 67/Zn NMR bands of diluted Zn/sup 2 +/ are much narrower than predicted and thus can be applicable for studying the dynamic and/or static behavior of Zn/sup 2 +/ in Zn/sup 2 +/ -enzyme solutions. In addition, /sup 43/Ca NMR spectra were successfully applied to some Ca/sup 2 +/ -binding proteins. In concluding remarks, we discussed possibilities of applications of those metal NMR spectroscopies to medical purposes.}
journal = []
volume = {3:1}
journal type = {AC}
place = {Japan}
year = {1983}
month = {Dec}
}