An improved ID pulse sequence for detecting heteronuclear NOEs on a qualitative level is described and demonstrated. It makes use of shaped selective pulses and takes advantage of sequential perturbation of several proton resonances during one experiment and correspondingly more efficient data accumulation schemes. The method is particularly suitable for assigning quaternary carbons and for establishing connectivities between assigned molecular fragments bound to these quaternary centres.
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SYRACUSE UNIV,NIH,DEPT BIOTECHNOL RES RESOURCE MULTI NUCLEI NMR & DATA PROC CHEM,SYRACUSE,NY 13210SYRACUSE UNIV,NIH,DEPT BIOTECHNOL RES RESOURCE MULTI NUCLEI NMR & DATA PROC CHEM,SYRACUSE,NY 13210
YU, C
LEVY, GC
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SYRACUSE UNIV,NIH,DEPT BIOTECHNOL RES RESOURCE MULTI NUCLEI NMR & DATA PROC CHEM,SYRACUSE,NY 13210SYRACUSE UNIV,NIH,DEPT BIOTECHNOL RES RESOURCE MULTI NUCLEI NMR & DATA PROC CHEM,SYRACUSE,NY 13210