-transparent.png){kind=logo}
The ability to label the phosphoryl oxygens of d( ApGpCpT ) and thus assign the 31P signals, combined with a 2-D 31P/1H chemical shift correlated NMR spectral technique, provides a novel means for the ready assignment of the H5' and H3' protons coupled to the phosphates.
Related Publications
K Lai, and
D O Shah, and
E DeRose, and
D G Gorenstein
May 1982,
Biochemical and biophysical research communications,
K Lai, and
D O Shah, and
E DeRose, and
D G Gorenstein
January 1993,
Biofizika,
K Lai, and
D O Shah, and
E DeRose, and
D G Gorenstein
March 1984,
Biochemical and biophysical research communications,
K Lai, and
D O Shah, and
E DeRose, and
D G Gorenstein
February 1988,
Biochemistry,
K Lai, and
D O Shah, and
E DeRose, and
D G Gorenstein
August 1988,
Biochemistry,
K Lai, and
D O Shah, and
E DeRose, and
D G Gorenstein
January 2010,
Methods in molecular biology (Clifton, N.J.),
K Lai, and
D O Shah, and
E DeRose, and
D G Gorenstein
July 1987,
Nucleic acids research,
K Lai, and
D O Shah, and
E DeRose, and
D G Gorenstein
March 1997,
Carbohydrate research,
K Lai, and
D O Shah, and
E DeRose, and
D G Gorenstein
January 1995,
Biofizika,
K Lai, and
D O Shah, and
E DeRose, and
D G Gorenstein
June 1983,
Bioorganicheskaia khimiia,
