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sentences

Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-87 Sentence denotes Complex reassortment of polymerase genes in Asian influenza A virus H7 and H9 subtypes.
TextSentencer_T2 88-190 Sentence denotes The epidemic first caused by a novel H7N9 avian influenza A virus (IAV) has emerged in China recently.
TextSentencer_T3 191-278 Sentence denotes Meanwhile, a novel H7N7 IAV with the ability to infect mammals was also found in China.
TextSentencer_T4 279-348 Sentence denotes Both IAVs of H7 subtype possess internal genes originating from H9N2.
TextSentencer_T5 349-537 Sentence denotes As internal polymerase genes play a key role for interspecies transmission of IAVs, it is important to trace the reassortment history of polymerase genes in the IAVs of H7 and H9 subtypes.
TextSentencer_T6 538-788 Sentence denotes Here, by comprehensive phylogenetic analyses of Asian H7 and H9 polymerases, we showed a significant incongruence among the tree topologies of polymerase genes PA, PB1 and PB2, which suggested frequent intra-subtype reassortments in the IAVs of H9N2.
TextSentencer_T7 789-996 Sentence denotes Moreover, the PA gene of H1N1pdm09 clustered with that of H9N2 located at the basal position of clade A, including most strains isolated from mammals and the recent novel H7N9 in the phylogenetic tree of PA.
TextSentencer_T8 997-1106 Sentence denotes This finding indicated that the H1N1pdm09-like PA gene may play an important role in the human H7N9 epidemic.
TextSentencer_T9 1107-1339 Sentence denotes Results also showed that the earlier strains of H7 subtype were divided into several clusters dispersed within the strains of H9N2, implying multiple direct and/or indirect reassortments may occur between H7 and H9 polymerase genes.
TextSentencer_T10 1340-1533 Sentence denotes Furthermore, the most recent reassortments occurred multiply on the polymerase genes of the newly emerging H7N9 isolated from human in South China, evolving E627K mutation in PB2 independently.
TextSentencer_T11 1534-1799 Sentence denotes These results suggest that the reassortment history of polymerase genes in Asian IAVs of H7 and H9 subtypes is complex and timely evolutionary analyses on the novel H7N9 with newly adapted polymerase are necessary for preventing a potential outbreak in South China.
T1 0-87 Sentence denotes Complex reassortment of polymerase genes in Asian influenza A virus H7 and H9 subtypes.
T2 88-190 Sentence denotes The epidemic first caused by a novel H7N9 avian influenza A virus (IAV) has emerged in China recently.
T3 191-278 Sentence denotes Meanwhile, a novel H7N7 IAV with the ability to infect mammals was also found in China.
T4 279-348 Sentence denotes Both IAVs of H7 subtype possess internal genes originating from H9N2.
T5 349-537 Sentence denotes As internal polymerase genes play a key role for interspecies transmission of IAVs, it is important to trace the reassortment history of polymerase genes in the IAVs of H7 and H9 subtypes.
T6 538-788 Sentence denotes Here, by comprehensive phylogenetic analyses of Asian H7 and H9 polymerases, we showed a significant incongruence among the tree topologies of polymerase genes PA, PB1 and PB2, which suggested frequent intra-subtype reassortments in the IAVs of H9N2.
T7 789-996 Sentence denotes Moreover, the PA gene of H1N1pdm09 clustered with that of H9N2 located at the basal position of clade A, including most strains isolated from mammals and the recent novel H7N9 in the phylogenetic tree of PA.
T8 997-1106 Sentence denotes This finding indicated that the H1N1pdm09-like PA gene may play an important role in the human H7N9 epidemic.
T9 1107-1339 Sentence denotes Results also showed that the earlier strains of H7 subtype were divided into several clusters dispersed within the strains of H9N2, implying multiple direct and/or indirect reassortments may occur between H7 and H9 polymerase genes.
T10 1340-1533 Sentence denotes Furthermore, the most recent reassortments occurred multiply on the polymerase genes of the newly emerging H7N9 isolated from human in South China, evolving E627K mutation in PB2 independently.
T11 1534-1799 Sentence denotes These results suggest that the reassortment history of polymerase genes in Asian IAVs of H7 and H9 subtypes is complex and timely evolutionary analyses on the novel H7N9 with newly adapted polymerase are necessary for preventing a potential outbreak in South China.

Allie

Id Subject Object Predicate Lexical cue
SS1_24632455_1_0 136-153 expanded denotes influenza A virus
SS2_24632455_1_0 155-158 abbr denotes IAV
AE1_24632455_1_0 SS1_24632455_1_0 SS2_24632455_1_0 abbreviatedTo influenza A virus,IAV

DisGeNET5_gene_disease

Id Subject Object Predicate Lexical cue
24632455-0#24#34#gene100616102 24-34 gene100616102 denotes polymerase
24632455-0#24#34#gene100862688 24-34 gene100862688 denotes polymerase
24632455-0#24#34#gene100862685 24-34 gene100862685 denotes polymerase
24632455-0#50#59#diseaseC0021400 50-59 diseaseC0021400 denotes influenza
24#34#gene10061610250#59#diseaseC0021400 24632455-0#24#34#gene100616102 24632455-0#50#59#diseaseC0021400 associated_with polymerase,influenza
24#34#gene10086268850#59#diseaseC0021400 24632455-0#24#34#gene100862688 24632455-0#50#59#diseaseC0021400 associated_with polymerase,influenza
24#34#gene10086268550#59#diseaseC0021400 24632455-0#24#34#gene100862685 24632455-0#50#59#diseaseC0021400 associated_with polymerase,influenza

DisGeNet-2017-sample

Id Subject Object Predicate Lexical cue
T1998 24-34 gene:100616102 denotes polymerase
T1999 50-59 disease:C0021400 denotes influenza
R1 T1998 T1999 associated_with polymerase,influenza
R2 T1998 T1999 associated_with polymerase,influenza
R3 T1998 T1999 associated_with polymerase,influenza

IAV-Glycan_IAV_human_2

Id Subject Object Predicate Lexical cue
T1 68-70 H7 denotes H7
T2 75-77 H9 denotes H9
T3 78-86 subtype denotes subtypes
T4 292-294 H7 denotes H7
T5 295-302 subtype denotes subtype
T6 518-520 H7 denotes H7
T7 525-527 H9 denotes H9
T8 528-536 subtype denotes subtypes
T9 592-594 H7 denotes H7
T10 599-601 H9 denotes H9
T11 746-753 subtype denotes subtype
T12 1155-1157 H7 denotes H7
T13 1158-1165 subtype denotes subtype
T14 1312-1314 H7 denotes H7
T15 1319-1321 H9 denotes H9
T16 1503-1511 mutation denotes mutation
T17 1623-1625 H7 denotes H7
T18 1630-1632 H9 denotes H9
T19 1633-1641 subtype denotes subtypes