-transparent.png){kind=logo}
Homonuclear J-resolved two-dimensional spectroscopy has been applied to the simplest glycosphingolipid, glycosylceramide. In comparison with the conventional one-dimensional spectrum, the possible advantages and shortcomings of the two-dimensional method as applied to blood-group-active glycosphingolipids consisting of several saccharide units, have been pr esented. As an example, preliminary results on a more complex pentaosylceramide (IV3Gal-alpha-neolactotetraosylceramide) are discussed.
Related Publications
A Yamada, and
J Dabrowski, and
P Hanfland, and
H Egge
November 2011,
Analytical chemistry,
A Yamada, and
J Dabrowski, and
P Hanfland, and
H Egge
September 1977,
Biochemical and biophysical research communications,
A Yamada, and
J Dabrowski, and
P Hanfland, and
H Egge
February 1995,
NMR in biomedicine,
A Yamada, and
J Dabrowski, and
P Hanfland, and
H Egge
December 2017,
Analytical chemistry,
A Yamada, and
J Dabrowski, and
P Hanfland, and
H Egge
April 1982,
The Journal of biological chemistry,
A Yamada, and
J Dabrowski, and
P Hanfland, and
H Egge
September 1985,
Biochemistry,
A Yamada, and
J Dabrowski, and
P Hanfland, and
H Egge
March 2019,
Journal of magnetic resonance (San Diego, Calif. : 1997),
A Yamada, and
J Dabrowski, and
P Hanfland, and
H Egge
May 2014,
Biophysical journal,
A Yamada, and
J Dabrowski, and
P Hanfland, and
H Egge
February 1992,
Solid state nuclear magnetic resonance,
A Yamada, and
J Dabrowski, and
P Hanfland, and
H Egge
February 1991,
Magnetic resonance in medicine,
