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Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-90 Sentence denotes NMR and molecular modeling reveal key structural features of synthetic nodulation factors.
T1 0-90 Sentence denotes NMR and molecular modeling reveal key structural features of synthetic nodulation factors.
T1 0-90 Sentence denotes NMR and molecular modeling reveal key structural features of synthetic nodulation factors.
TextSentencer_T2 91-248 Sentence denotes Nod factors are lipochitoligosaccharides originally produced by the soil bacteria Rhizobia that are involved in the symbiotic process with leguminous plants.
T2 91-248 Sentence denotes Nod factors are lipochitoligosaccharides originally produced by the soil bacteria Rhizobia that are involved in the symbiotic process with leguminous plants.
T2 91-248 Sentence denotes Nod factors are lipochitoligosaccharides originally produced by the soil bacteria Rhizobia that are involved in the symbiotic process with leguminous plants.
TextSentencer_T3 249-426 Sentence denotes Some synthetic analogs of the Nod factors present a strong biological activity, and the conformational behavior of these molecules is of interest for structure/function studies.
T3 249-426 Sentence denotes Some synthetic analogs of the Nod factors present a strong biological activity, and the conformational behavior of these molecules is of interest for structure/function studies.
T3 249-426 Sentence denotes Some synthetic analogs of the Nod factors present a strong biological activity, and the conformational behavior of these molecules is of interest for structure/function studies.
TextSentencer_T4 427-634 Sentence denotes Nod factor analogs containing an insertion of a phenyl group in the acyl chain at the oligosaccharidic non-reducing end were previously synthesized (Grenouillat N, Vauzeilles B, Bono J-J, Samain E, Beau J-M.
T4 427-634 Sentence denotes Nod factor analogs containing an insertion of a phenyl group in the acyl chain at the oligosaccharidic non-reducing end were previously synthesized (Grenouillat N, Vauzeilles B, Bono J-J, Samain E, Beau J-M.
T4 427-640 Sentence denotes Nod factor analogs containing an insertion of a phenyl group in the acyl chain at the oligosaccharidic non-reducing end were previously synthesized (Grenouillat N, Vauzeilles B, Bono J-J, Samain E, Beau J-M. 2004.
TextSentencer_T5 635-640 Sentence denotes 2004.
T5 635-640 Sentence denotes 2004.
TextSentencer_T6 641-749 Sentence denotes Simple synthesis of nodulation-factor analogues exhibiting high affinity towards a specific binding protein.
T5 641-749 Sentence denotes Simple synthesis of nodulation-factor analogues exhibiting high affinity towards a specific binding protein.
T6 641-749 Sentence denotes Simple synthesis of nodulation-factor analogues exhibiting high affinity towards a specific binding protein.
TextSentencer_T7 750-773 Sentence denotes Angew Chem Int Ed Engl.
T7 750-773 Sentence denotes Angew Chem Int Ed Engl.
T6 750-783 Sentence denotes Angew Chem Int Ed Engl. 43:4644).
TextSentencer_T8 774-783 Sentence denotes 43:4644).
T8 774-783 Sentence denotes 43:4644).
TextSentencer_T9 784-937 Sentence denotes Conformational studies of natural compounds and synthetic analogs have been performed combining molecular dynamics simulations in explicit water and NMR.
T7 784-937 Sentence denotes Conformational studies of natural compounds and synthetic analogs have been performed combining molecular dynamics simulations in explicit water and NMR.
T9 784-937 Sentence denotes Conformational studies of natural compounds and synthetic analogs have been performed combining molecular dynamics simulations in explicit water and NMR.
TextSentencer_T10 938-1160 Sentence denotes Data revealed that the glycosidic head group can adopt only restricted conformations, whereas chemical modifications of the lipid chains, highly flexible in a water environment, influence the global shape of the molecules.
T8 938-1160 Sentence denotes Data revealed that the glycosidic head group can adopt only restricted conformations, whereas chemical modifications of the lipid chains, highly flexible in a water environment, influence the global shape of the molecules.
T10 938-1160 Sentence denotes Data revealed that the glycosidic head group can adopt only restricted conformations, whereas chemical modifications of the lipid chains, highly flexible in a water environment, influence the global shape of the molecules.
TextSentencer_T11 1161-1311 Sentence denotes Collected structural data could be used in the future to rationalize and understand their biological activity and affinity toward a putative receptor.
T9 1161-1311 Sentence denotes Collected structural data could be used in the future to rationalize and understand their biological activity and affinity toward a putative receptor.
T11 1161-1311 Sentence denotes Collected structural data could be used in the future to rationalize and understand their biological activity and affinity toward a putative receptor.