%0 Generic
%A Bayse, Craig A.
%D 2004
%T The Theoretical 77Se Chemical Shift as a Probe of Selenium State in
Selenoproteins and Their Mimics
%U https://acs.figshare.com/articles/dataset/The_Theoretical_sup_77_sup_Se_Chemical_Shift_as_a_Probe_of_Selenium_State_in_Selenoproteins_and_Their_Mimics/3349078
%R 10.1021/ic035283l.s001
%2 https://acs.figshare.com/ndownloader/files/5188390
%K model studies
%K model systems
%K Theoretical 77 Se Chemical Shift
%K 77 Se chemical shifts
%K NMR data
%K Selenium State
%K selenoenzyme spectra
%K selenoamino acids
%K organoselenium compounds
%K intramolecular interactions
%X Theoretical 77Se chemical shifts of a series of simple organoselenium compounds are compared to known NMR data for various
derivatives of selenoenzymes and selenoamino acids. Since the
theoretical data only differs from the biochemical data set by an
overall ∼15−30 ppm downfield shift, simple theoretical model
studies are suggested as an additional tool for the interpretation
of selenoenzyme spectra. Further studies demonstrate that model
systems can be extended to incorporate the effects of intramolecular interactions (such as Se···N bonds).
%I ACS Publications