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PubMed:8810286 JSONTXT 24 Projects

Annnotations TAB TSV DIC JSON TextAE Lectin_function IAV-Glycan

Id Subject Object Predicate Lexical cue
T1 0-91 Sentence denotes Interaction of ATP binding sites in the ArsA ATPase, the catalytic subunit of the Ars pump.
T1 0-91 Sentence denotes Interaction of ATP binding sites in the ArsA ATPase, the catalytic subunit of the Ars pump.
T2 92-231 Sentence denotes The ArsA ATPase is the catalytic subunit of the Ars pump that catalyzes arsenical extrusion in Escherichia coli, thus providing resistance.
T2 92-231 Sentence denotes The ArsA ATPase is the catalytic subunit of the Ars pump that catalyzes arsenical extrusion in Escherichia coli, thus providing resistance.
T3 232-329 Sentence denotes The active form of ArsA is a homodimer with four nucleotide binding sites, two from each monomer.
T3 232-329 Sentence denotes The active form of ArsA is a homodimer with four nucleotide binding sites, two from each monomer.
T4 330-492 Sentence denotes The codons for Gly-15 in the N-terminal consensus nucleotide binding sequence and Gly-334 in the C-terminal sequence were individually mutated to cysteine codons.
T4 330-492 Sentence denotes The codons for Gly-15 in the N-terminal consensus nucleotide binding sequence and Gly-334 in the C-terminal sequence were individually mutated to cysteine codons.
T5 493-679 Sentence denotes Cells expressing an arsAG334C mutation retained arsenite resistance, while an arsAG15C mutation resulted in substantial reductions in arsenite resistance, transport, and ATPase activity.
T5 493-679 Sentence denotes Cells expressing an arsAG334C mutation retained arsenite resistance, while an arsAG15C mutation resulted in substantial reductions in arsenite resistance, transport, and ATPase activity.
T6 680-791 Sentence denotes Selection for suppression of the G15C mutation that restored arsenite resistance yielded an A344V substitution.
T6 680-791 Sentence denotes Selection for suppression of the G15C mutation that restored arsenite resistance yielded an A344V substitution.
T7 792-866 Sentence denotes Ala-344 is located adjacent to the C-terminal nucleotide binding sequence.
T7 792-866 Sentence denotes Ala-344 is located adjacent to the C-terminal nucleotide binding sequence.
T8 867-1023 Sentence denotes The second site mutation did not suppress the loss of resistance resulting from G18D, G20S, or T22I substitutions in the N-terminal nucleotide binding site.
T8 867-1023 Sentence denotes The second site mutation did not suppress the loss of resistance resulting from G18D, G20S, or T22I substitutions in the N-terminal nucleotide binding site.
T9 1024-1098 Sentence denotes Cells expressing the G15C/A344V double mutant regained arsenite extrusion.
T9 1024-1098 Sentence denotes Cells expressing the G15C/A344V double mutant regained arsenite extrusion.
T10 1099-1239 Sentence denotes These results suggest a spatial proximity of Gly-15 and Ala-344 and support a model for interaction of the nucleotide binding sites in ArsA.
T10 1099-1239 Sentence denotes These results suggest a spatial proximity of Gly-15 and Ala-344 and support a model for interaction of the nucleotide binding sites in ArsA.