A phase sensitive 3D J-resolved HMBC experiment has been developed to obtain well-separated multiple-bond and one-bond heteronuclear correlation spectra. This experiment greatly facilitates spectral assignment and accurate measurement of the long-range 1H- 13C J coupling constants by a least- squares method.link_to_subscribed_fulltex
The utility of the HMBC experiment for structure elucidation is unquestionable, but the nature of th...
Correlations based on scalar coupling between protons ity, in much the same way as the use of select...
A frequency-time domain 3D NMR technique has been developed for measurement of heteronuclear couplin...
A phase sensitive 3D J-resolved HMBC experiment has been developed to obtain well-separated multiple...
AbstractLong-range heteronuclear scalar coupling constants provide important structural information,...
The structural elucidation of natural products and complex organic molecules relies heavily on the a...
The structural elucidation of natural products and complex organic molecules relies heavily on the a...
A new 20 pulse sequence HMSC (Heteronuclear Multiple- and Single-bond coupling Correlations) for the...
Site-specific C-13 isotope labeling is a useful approach that allows for the measurement of homonucl...
The structural elucidation of complex organic molecules relies heavily on the application of proton ...
‘H-detected multiple-bond correlation (HMBC) provides an extremely effective method for long-range ‘...
The earliest types of two-dimensional NMR experiments that received widespread attention were the pr...
The use of long-range heteronuclear couplings, in association with 1H1H scalar couplings and NOE res...
Heteronuclear long-range NMR experiments are well established as essential NMR techniques for the st...
HMBC is one of the most often used and vital NMR experiments for the structure elucidation of organi...
The utility of the HMBC experiment for structure elucidation is unquestionable, but the nature of th...
Correlations based on scalar coupling between protons ity, in much the same way as the use of select...
A frequency-time domain 3D NMR technique has been developed for measurement of heteronuclear couplin...
A phase sensitive 3D J-resolved HMBC experiment has been developed to obtain well-separated multiple...
AbstractLong-range heteronuclear scalar coupling constants provide important structural information,...
The structural elucidation of natural products and complex organic molecules relies heavily on the a...
The structural elucidation of natural products and complex organic molecules relies heavily on the a...
A new 20 pulse sequence HMSC (Heteronuclear Multiple- and Single-bond coupling Correlations) for the...
Site-specific C-13 isotope labeling is a useful approach that allows for the measurement of homonucl...
The structural elucidation of complex organic molecules relies heavily on the application of proton ...
‘H-detected multiple-bond correlation (HMBC) provides an extremely effective method for long-range ‘...
The earliest types of two-dimensional NMR experiments that received widespread attention were the pr...
The use of long-range heteronuclear couplings, in association with 1H1H scalar couplings and NOE res...
Heteronuclear long-range NMR experiments are well established as essential NMR techniques for the st...
HMBC is one of the most often used and vital NMR experiments for the structure elucidation of organi...
The utility of the HMBC experiment for structure elucidation is unquestionable, but the nature of th...
Correlations based on scalar coupling between protons ity, in much the same way as the use of select...
A frequency-time domain 3D NMR technique has been developed for measurement of heteronuclear couplin...