
PubMed:28652198
Annnotations
PubMed_ArguminSci
Id | Subject | Object | Predicate | Lexical cue |
---|---|---|---|---|
T1 | 114-125 | REPLACED | denotes | Diplostomid |
T2 | 136-266 | DRI_Outcome | denotes | are important parasites whose larval stages infect freshwater snails and fish as first and second intermediate hosts respectively. |
T3 | 267-278 | REPLACED | denotes | Diplostomid |
T4 | 289-351 | DRI_Background | denotes | as adults are parasitic in many fish-eating birds and mammals. |
T5 | 352-397 | DRI_Outcome | denotes | Our understanding of the species diversity of |
T6 | 420-479 | DRI_Outcome | denotes | remains incomplete, especially in the Indian sub-continent. |
T7 | 480-696 | DRI_Approach | denotes | Here, we describe three Neascus-type metacercariae (N. hanumanthai, N. gussevi, and N. xenentodoni) from freshwater fish specimens of Channa punctata (Bloch 1793), Trichogaster fasciata (Bloch and Schneider 1801) and |
T8 | 716-766 | DRI_Approach | denotes | (Hamilton, 1822) respectively, collected in India. |
T9 | 767-923 | DRI_Approach | denotes | Next, we characterised these metacecariae using nuclear (28S and ITS1) and mitochondrial DNA (cox1) to determine their systematic and phylogenetic position. |
T10 | 924-1194 | DRI_Background | denotes | Molecular identification using interspecific variation for all three molecular markers revealed a closer relationship between N. hanumanthai and N. gussevi (1.9%-2.4%) than either of N. hanumanthai and N. gussevi to N. xenentodoni (3.1%-3.7% and 4.4%-4.0% respectively). |
T11 | 1195-1589 | DRI_Approach | denotes | In phylogenetic analyses, estimated by neighbour-joining (NJ) and maximum likelihood (ML) methods, N. gussevi and N. hanumanthai nested as sister groups of Posthodiplostomum Dubois, 1936 for all three markers used; N. xenentodoni, however, nested as a sister taxa of all other diplostomes when using 28S and ITS1 and nested as a sister taxa of Bolbophorus, Alaria and Neodiplostomum using cox1. |
T12 | 1590-1746 | DRI_Background | denotes | These findings suggest that N. hanumanthai and N. gussevi are members of Posthodiplostomum, but that N. xenentodoni belongs to a separate and unknown genus. |
T13 | 1747-1912 | DRI_Approach | denotes | Similarly, by proteomics, we found that the cox1 protein sequences and structures were similar between N. hanumanthai and N. gussevi but distinct for N. xenentodoni. |
Goldhamster2_Cellosaurus
Id | Subject | Object | Predicate | Lexical cue |
---|---|---|---|---|
T1 | 486-488 | CVCL_5M23|Cancer_cell_line|Mesocricetus auratus | denotes | we |
T2 | 773-775 | CVCL_5M23|Cancer_cell_line|Mesocricetus auratus | denotes | we |
T3 | 832-836 | CVCL_T799|Induced_pluripotent_stem_cell|Homo sapiens | denotes | ITS1 |
T4 | 1020-1021 | CVCL_6479|Finite_cell_line|Mus musculus | denotes | a |
T5 | 1156-1159 | CVCL_3570|Cancer_cell_line|Rattus norvegicus | denotes | 3.1 |
T6 | 1281-1283 | CVCL_F566|Transformed_cell_line|Homo sapiens | denotes | ML |
T7 | 1281-1283 | CVCL_W799|Cancer_cell_line|Homo sapiens | denotes | ML |
T8 | 1445-1446 | CVCL_6479|Finite_cell_line|Mus musculus | denotes | a |
T9 | 1503-1507 | CVCL_T799|Induced_pluripotent_stem_cell|Homo sapiens | denotes | ITS1 |
T10 | 1522-1523 | CVCL_6479|Finite_cell_line|Mus musculus | denotes | a |
T11 | 1717-1718 | CVCL_6479|Finite_cell_line|Mus musculus | denotes | a |
T12 | 1773-1775 | CVCL_5M23|Cancer_cell_line|Mesocricetus auratus | denotes | we |
GoldHamster
Id | Subject | Object | Predicate | Lexical cue |
---|---|---|---|---|
T1 | 74-87 | D058488 | denotes | metacercariae |
T2 | 150-159 | D010271 | denotes | parasites |
T3 | 198-204 | D012908 | denotes | snails |
T4 | 209-213 | PR:Q24533 | denotes | fish |
T5 | 234-246 | SO:0000933 | denotes | intermediate |
T6 | 292-298 | UBERON:0007023 | denotes | adults |
T7 | 321-325 | PR:Q24533 | denotes | fish |
T8 | 326-332 | GO:0007631 | denotes | eating |
T9 | 465-468 | PR:Q8RWZ1 | denotes | sub |
T10 | 465-468 | PR:Q9V877 | denotes | sub |
T11 | 517-530 | D058488 | denotes | metacercariae |
T12 | 596-600 | PR:Q24533 | denotes | fish |
T13 | 614-629 | 304456 | denotes | Channa punctata |
T14 | 644-665 | 313441 | denotes | Trichogaster fasciata |
T15 | 697-715 | 129108 | denotes | Xenentodon cancila |
T16 | 832-836 | CVCL_T799 | denotes | ITS1 |
T19 | 842-859 | SO:0001032 | denotes | mitochondrial DNA |
T17 | 842-859 | GO:0000262 | denotes | mitochondrial DNA |
T18 | 842-859 | D004272 | denotes | mitochondrial DNA |
T29 | 861-864 | CVCL_E534 | denotes | cox |
T32 | 861-865 | PR:Q9MIY8 | denotes | cox1 |
T33 | 861-865 | PR:P23219 | denotes | cox1 |
T34 | 861-865 | PR:P24893 | denotes | cox1 |
T35 | 861-865 | PR:P07657 | denotes | cox1 |
T36 | 861-865 | PR:O97554 | denotes | cox1 |
T37 | 861-865 | PR:P00401 | denotes | cox1 |
T38 | 861-865 | PR:Q63921 | denotes | cox1 |
T39 | 861-865 | PR:P60620 | denotes | cox1 |
T40 | 861-865 | PR:000013427 | denotes | cox1 |
T41 | 861-865 | PR:P05979 | denotes | cox1 |
T42 | 861-865 | P23219 | denotes | cox1 |
T43 | 861-865 | O62664 | denotes | cox1 |
T44 | 861-865 | Q8HZR1 | denotes | cox1 |
T45 | 861-865 | Q63921 | denotes | cox1 |
T46 | 861-865 | O97554 | denotes | cox1 |
T47 | 861-865 | P05979 | denotes | cox1 |
T48 | 861-865 | PR:P22437 | denotes | cox1 |
T49 | 861-865 | PR:O62664 | denotes | cox1 |
T50 | 861-865 | PR:O21042 | denotes | cox1 |
T51 | 861-865 | P22437 | denotes | cox1 |
T52 | 861-865 | Q9T0N8 | denotes | cox1 |
T54 | 1503-1507 | CVCL_T799 | denotes | ITS1 |
T60 | 1584-1587 | CVCL_E534 | denotes | cox |
T63 | 1584-1588 | PR:Q9MIY8 | denotes | cox1 |
T64 | 1584-1588 | PR:P23219 | denotes | cox1 |
T65 | 1584-1588 | PR:P24893 | denotes | cox1 |
T66 | 1584-1588 | PR:P07657 | denotes | cox1 |
T67 | 1584-1588 | PR:O97554 | denotes | cox1 |
T68 | 1584-1588 | PR:P00401 | denotes | cox1 |
T69 | 1584-1588 | PR:Q63921 | denotes | cox1 |
T70 | 1584-1588 | PR:P60620 | denotes | cox1 |
T71 | 1584-1588 | PR:000013427 | denotes | cox1 |
T72 | 1584-1588 | PR:P05979 | denotes | cox1 |
T73 | 1584-1588 | P23219 | denotes | cox1 |
T74 | 1584-1588 | O62664 | denotes | cox1 |
T75 | 1584-1588 | Q8HZR1 | denotes | cox1 |
T76 | 1584-1588 | Q63921 | denotes | cox1 |
T77 | 1584-1588 | O97554 | denotes | cox1 |
T78 | 1584-1588 | P05979 | denotes | cox1 |
T79 | 1584-1588 | PR:P22437 | denotes | cox1 |
T80 | 1584-1588 | PR:O62664 | denotes | cox1 |
T81 | 1584-1588 | PR:O21042 | denotes | cox1 |
T82 | 1584-1588 | P22437 | denotes | cox1 |
T83 | 1584-1588 | Q9T0N8 | denotes | cox1 |
T85 | 1732-1739 | 32644 | denotes | unknown |
T91 | 1791-1794 | CVCL_E534 | denotes | cox |
T94 | 1791-1795 | PR:Q9MIY8 | denotes | cox1 |
T95 | 1791-1795 | PR:P23219 | denotes | cox1 |
T96 | 1791-1795 | PR:P24893 | denotes | cox1 |
T97 | 1791-1795 | PR:P07657 | denotes | cox1 |
T98 | 1791-1795 | PR:O97554 | denotes | cox1 |
T99 | 1791-1795 | PR:P00401 | denotes | cox1 |
T100 | 1791-1795 | PR:Q63921 | denotes | cox1 |
T101 | 1791-1795 | PR:P60620 | denotes | cox1 |
T102 | 1791-1795 | PR:000013427 | denotes | cox1 |
T103 | 1791-1795 | PR:P05979 | denotes | cox1 |
T104 | 1791-1795 | P23219 | denotes | cox1 |
T105 | 1791-1795 | O62664 | denotes | cox1 |
T106 | 1791-1795 | Q8HZR1 | denotes | cox1 |
T107 | 1791-1795 | Q63921 | denotes | cox1 |
T108 | 1791-1795 | O97554 | denotes | cox1 |
T109 | 1791-1795 | P05979 | denotes | cox1 |
T110 | 1791-1795 | PR:P22437 | denotes | cox1 |
T111 | 1791-1795 | PR:O62664 | denotes | cox1 |
T112 | 1791-1795 | PR:O21042 | denotes | cox1 |
T113 | 1791-1795 | P22437 | denotes | cox1 |
T114 | 1791-1795 | Q9T0N8 | denotes | cox1 |
T118 | 1796-1803 | PR:000000001 | denotes | protein |
T119 | 1796-1803 | SO:0000104 | denotes | protein |
T115 | 1796-1803 | GO:0003675 | denotes | protein |
T116 | 1796-1803 | CHEBI:36080 | denotes | protein |
T117 | 1796-1803 | CHEBI:11122 | denotes | protein |