… for the identification of sugar spin systems in nucleic acids based on … The GFT NMR
experiments presented in this paper enabled nearly complete spin system identification of the sugar …

… points, such as in projection NMR spectroscopy (Szyperski et … of the spins of interest, with
the unperturbed spins acting as a … effective reduction of T 1 relaxation times of the excited spins…

… using the IUPAC rules for nucleic acids (IUPAC-IUB 1983); the … signal can only be efficiently
suppressed by gradient selection … share common 13 C– 1 H groups, many projections could …

… Our overall strategy allows (3, 2) D GFT-NMR experiments to … , grouped into effective spin
systems. BACUS automatically … NMR RDCs, in the form of the projection angles between the …

… , such as nucleic acids and proteins, NMR spectroscopy has proven … In addition, projection
NMR can also be of interest to lift … Applying the excitation pulse with an optimized effective …

… assignments of nucleic acids based on 2D 13 C– 13 C correlation … above, 1 H detection is
readily attainable due to the efficient … (B) The projection down the CO dimension of the NCOCX …

… in a medium containing 2 H, 13 C labeled glucose in the … when the sum of the effective rf
fields [ω 1 eff ( 13 CO) + ω 1 eff ( 13 Cα)] … GFT projection experiments are based on synchronous …

… (GFT) is applied to efficiently assign the sugar spin systems present in nucleic acids and is
… NMR could be combined to acquire 2D projections of 3D experiments. For example, SS 2D …

… , the projection of the 1D spectrum of a biological system … hepatica-infected rats (red circles)
and uninfected rats (blue circles… ( 1 J( 13 C, 13 C) > 30 Hz) make the efficient transfer of spin …

… 13 C- 1 H HSQC, and the 13 C- and 15 N-edited NOESYs. In principle, if there were no
problems encountered during the spin system identification … efficient means for the identification …