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Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-131 Sentence denotes Topological characterization of an inner membrane (1-->3)-beta-D-glucan (curdlan) synthase from Agrobacterium sp. strain ATCC31749.
T1 0-131 Sentence denotes Topological characterization of an inner membrane (1-->3)-beta-D-glucan (curdlan) synthase from Agrobacterium sp. strain ATCC31749.
T1 0-131 Sentence denotes Topological characterization of an inner membrane (1-->3)-beta-D-glucan (curdlan) synthase from Agrobacterium sp. strain ATCC31749.
TextSentencer_T2 132-413 Sentence denotes The crdS gene of Agrobacterium sp. strain ATCC31749 encodes the curdlan synthase (CrdS) protein based on the homology of the derived CrdS protein sequence with those of beta-glycosyl transferases with repetitive action patterns (Stasinopoulos et al. [1999] Glycobiology, 9, 31-41).
T2 132-413 Sentence denotes The crdS gene of Agrobacterium sp. strain ATCC31749 encodes the curdlan synthase (CrdS) protein based on the homology of the derived CrdS protein sequence with those of beta-glycosyl transferases with repetitive action patterns (Stasinopoulos et al. [1999] Glycobiology, 9, 31-41).
T2 132-413 Sentence denotes The crdS gene of Agrobacterium sp. strain ATCC31749 encodes the curdlan synthase (CrdS) protein based on the homology of the derived CrdS protein sequence with those of beta-glycosyl transferases with repetitive action patterns (Stasinopoulos et al. [1999] Glycobiology, 9, 31-41).
TextSentencer_T3 414-651 Sentence denotes Here we show that chemical (NTG) mutagenesis of crdS abolishes curdlan production and the induced mutations can be complemented by a cloned crdS amplicon, thus providing genetic confirmation that crdS is essential for curdlan production.
T3 414-651 Sentence denotes Here we show that chemical (NTG) mutagenesis of crdS abolishes curdlan production and the induced mutations can be complemented by a cloned crdS amplicon, thus providing genetic confirmation that crdS is essential for curdlan production.
T3 414-651 Sentence denotes Here we show that chemical (NTG) mutagenesis of crdS abolishes curdlan production and the induced mutations can be complemented by a cloned crdS amplicon, thus providing genetic confirmation that crdS is essential for curdlan production.
TextSentencer_T4 652-899 Sentence denotes When expressed in the native Agrobacterium or in Escherichia coli, the largely hydrophobic CrdS protein exhibited an Mr of approximately 60 kDa (compared with the predicted mass of 73,121 Da) and was located in the inner membrane of both bacteria.
T4 652-899 Sentence denotes When expressed in the native Agrobacterium or in Escherichia coli, the largely hydrophobic CrdS protein exhibited an Mr of approximately 60 kDa (compared with the predicted mass of 73,121 Da) and was located in the inner membrane of both bacteria.
T4 652-899 Sentence denotes When expressed in the native Agrobacterium or in Escherichia coli, the largely hydrophobic CrdS protein exhibited an Mr of approximately 60 kDa (compared with the predicted mass of 73,121 Da) and was located in the inner membrane of both bacteria.
TextSentencer_T5 900-1166 Sentence denotes By analyzing reciprocal fusions between crdS and the reporter genes, lacZ and phoA, and assessing the sensitivity of CrdS in spheroplasts to proteinase K, CrdS was shown to be an integral membrane protein with seven transmembrane helices and an Nout-Cin disposition.
T5 900-1166 Sentence denotes By analyzing reciprocal fusions between crdS and the reporter genes, lacZ and phoA, and assessing the sensitivity of CrdS in spheroplasts to proteinase K, CrdS was shown to be an integral membrane protein with seven transmembrane helices and an Nout-Cin disposition.
T5 900-1166 Sentence denotes By analyzing reciprocal fusions between crdS and the reporter genes, lacZ and phoA, and assessing the sensitivity of CrdS in spheroplasts to proteinase K, CrdS was shown to be an integral membrane protein with seven transmembrane helices and an Nout-Cin disposition.
TextSentencer_T6 1167-1292 Sentence denotes A central large and relatively hydrophilic cytoplasmic region carries the substrate-binding and catalytic D,D,D35QxxRW motif.
T6 1167-1292 Sentence denotes A central large and relatively hydrophilic cytoplasmic region carries the substrate-binding and catalytic D,D,D35QxxRW motif.
T6 1167-1292 Sentence denotes A central large and relatively hydrophilic cytoplasmic region carries the substrate-binding and catalytic D,D,D35QxxRW motif.
TextSentencer_T7 1293-1564 Sentence denotes The amino acid sequence of this domain of CrdS was threaded onto the 3D structure of the comparable domain of the SpsA protein, a member of the family GT-2 glycosyl transferases, and enabled the identification of corresponding amino acids involved in binding UDP in CrdS.
T7 1293-1564 Sentence denotes The amino acid sequence of this domain of CrdS was threaded onto the 3D structure of the comparable domain of the SpsA protein, a member of the family GT-2 glycosyl transferases, and enabled the identification of corresponding amino acids involved in binding UDP in CrdS.
T7 1293-1564 Sentence denotes The amino acid sequence of this domain of CrdS was threaded onto the 3D structure of the comparable domain of the SpsA protein, a member of the family GT-2 glycosyl transferases, and enabled the identification of corresponding amino acids involved in binding UDP in CrdS.
TextSentencer_T8 1565-1766 Sentence denotes Analysis of Agrobacterium membrane preparations using blue native-PAGE provided preliminary evidence that CrdS occurs in multimeric protein complexes of approximately 420 kDa and approximately 500 kDa.
T8 1565-1766 Sentence denotes Analysis of Agrobacterium membrane preparations using blue native-PAGE provided preliminary evidence that CrdS occurs in multimeric protein complexes of approximately 420 kDa and approximately 500 kDa.
T8 1565-1766 Sentence denotes Analysis of Agrobacterium membrane preparations using blue native-PAGE provided preliminary evidence that CrdS occurs in multimeric protein complexes of approximately 420 kDa and approximately 500 kDa.