> top > docs > PubMed:26828597 > annotations

PubMed:26828597 JSONTXT

Annnotations TAB JSON ListView MergeView

GoldHamster

Id Subject Object Predicate Lexical cue
T1 22-26 D013987 denotes Tick
T3 27-41 UBERON:0001044 denotes Salivary Gland
T2 27-41 D012466 denotes Salivary Gland
T4 27-41 D012466 denotes Salivary Gland
T8 57-82 D000358 denotes African Swine Fever Virus
T9 57-82 10497 denotes African Swine Fever Virus
T10 57-92 D000357 denotes African Swine Fever Virus Infection
T11 57-92 D000357 denotes African Swine Fever Virus Infection
T24 96-108 D034421 denotes Domestic Pig
T26 105-108 P30941 denotes Pig
T27 118-123 D013552 denotes swine
T28 118-123 9823 denotes swine
T29 118-129 D006691 denotes swine fever
T30 118-129 D006691 denotes swine fever
T31 148-155 D004194 denotes disease
T32 148-155 D004194 denotes disease
T34 159-162 P30941 denotes pig
T33 159-162 9823 denotes pig
T35 238-246 D014612 denotes vaccines
T36 238-246 D014612 denotes vaccines
T37 275-281 UBERON:3010325 denotes animal
T38 275-281 UBERON:0000468 denotes animal
T39 406-413 D004194 denotes disease
T40 406-413 D004194 denotes disease
T41 415-427 357973 denotes Ornithodoros
T42 415-427 D026861 denotes Ornithodoros
T43 428-438 D026862 denotes soft ticks
T45 465-484 D000357 denotes African swine fever
T46 465-484 D000357 denotes African swine fever
T49 465-496 10497 denotes African swine fever virus (ASFV
T56 501-505 PR:Q9W3Y4 denotes pigs
T59 501-505 PR:Q6PD26 denotes pigs
T60 501-505 PR:Q5XI31 denotes pigs
T61 501-505 PR:Q96S52 denotes pigs
T62 501-505 PR:000012706 denotes pigs
T57 501-505 D013552 denotes pigs
T58 501-505 9823 denotes pigs
T63 572-576 D013987 denotes Tick
T64 577-583 UBERON:0001836 denotes saliva
T65 680-684 UBERON:0002199 denotes skin
T66 680-684 UBERON:0000014 denotes skin
T67 680-684 UBERON:0001003 denotes skin
T68 680-684 UBERON:0002097 denotes skin
T69 701-716 GO:0016032 denotes viral infection
T70 701-716 D014777 denotes viral infection
T71 701-716 D014777 denotes viral infection
T74 763-772 D026862 denotes soft tick
T76 774-778 10497 denotes ASFV
T78 783-786 P30941 denotes pig
T77 783-786 9823 denotes pig
T79 794-798 PR:000005355 denotes bite
T82 794-798 PR:Q8NHQ1 denotes bite
T83 794-798 UBERON:0035942 denotes bite
T80 794-798 D001733 denotes bite
T81 794-798 D001733 denotes bite
T84 838-842 D013987 denotes tick
T85 843-849 UBERON:0001836 denotes saliva
T87 853-856 P30941 denotes pig
T86 853-856 9823 denotes pig
T88 857-866 D007239 denotes infection
T89 857-866 D007239 denotes infection
T90 870-874 10497 denotes ASFV
T92 876-890 UBERON:0001044 denotes salivary gland
T91 876-890 D012466 denotes salivary gland
T93 876-890 D012466 denotes salivary gland
T96 900-903 UBERON:0022424 denotes SGE
T95 900-903 GO:0047849 denotes SGE
T99 908-929 34594 denotes Ornithodoros porcinus
T100 957-961 10497 denotes ASFV
T101 1066-1073 D004194 denotes disease
T102 1066-1073 D004194 denotes disease
T103 1075-1079 PR:Q9W3Y4 denotes pigs
T106 1075-1079 PR:Q6PD26 denotes pigs
T107 1075-1079 PR:Q5XI31 denotes pigs
T108 1075-1079 PR:Q96S52 denotes pigs
T109 1075-1079 PR:000012706 denotes pigs
T104 1075-1079 D013552 denotes pigs
T105 1075-1079 9823 denotes pigs
T111 1106-1109 UBERON:0022424 denotes SGE
T110 1106-1109 GO:0047849 denotes SGE
T112 1128-1140 D005334 denotes hyperthermia
T113 1128-1140 D005334 denotes hyperthermia
T114 1146-1150 PR:Q9W3Y4 denotes pigs
T117 1146-1150 PR:Q6PD26 denotes pigs
T118 1146-1150 PR:Q5XI31 denotes pigs
T119 1146-1150 PR:Q96S52 denotes pigs
T120 1146-1150 PR:000012706 denotes pigs
T115 1146-1150 D013552 denotes pigs
T116 1146-1150 9823 denotes pigs
T121 1233-1237 D013987 denotes tick
T122 1233-1242 D064927 denotes tick bite
T123 1233-1242 D064927 denotes tick bite
T124 1238-1242 PR:000005355 denotes bite
T127 1238-1242 PR:Q8NHQ1 denotes bite
T128 1238-1242 UBERON:0035942 denotes bite
T129 1294-1298 10497 denotes ASFV
T131 1316-1319 UBERON:0022424 denotes SGE
T130 1316-1319 GO:0047849 denotes SGE
T133 1335-1338 UBERON:0022424 denotes SGE
T132 1335-1338 GO:0047849 denotes SGE
T134 1357-1367 CL:0000235 denotes macrophage
T136 1472-1475 UBERON:0022424 denotes SGE
T135 1472-1475 GO:0047849 denotes SGE
T138 1539-1549 UBERON:0000029 denotes lymph node
T141 1615-1618 UBERON:0022424 denotes SGE
T140 1615-1618 GO:0047849 denotes SGE
T143 1659-1662 P30941 denotes pig
T142 1659-1662 9823 denotes pig
T144 1694-1709 GO:0006955 denotes immune response
T145 1767-1771 D013987 denotes tick
T146 1808-1812 D013987 denotes tick
T147 1813-1819 SO:0000440 denotes vector
T148 1835-1839 D013987 denotes tick
T149 1840-1846 UBERON:0001836 denotes saliva

PubMed_ArguminSci

Id Subject Object Predicate Lexical cue
T1 110-234 DRI_Challenge denotes African swine fever is a haemorrhagic disease in pig production that can have disastrous financial consequences for farming.
T2 235-414 DRI_Approach denotes No vaccines are currently available and animal slaughtering or area zoning to restrict risk-related movements are the only effective measures to prevent the spread of the disease.
T3 415-571 DRI_Approach denotes Ornithodoros soft ticks are known to transmit the African swine fever virus (ASFV) to pigs in farms, following the natural epidemiologic cycle of the virus.
T4 572-717 DRI_Challenge denotes Tick saliva has been shown to modulate the host physiological and immunological responses during feeding on skin, thus affecting viral infection.
T5 718-907 DRI_Background denotes To better understand the interaction between soft tick, ASFV and pig at the bite location and the possible influence of tick saliva on pig infection by ASFV, salivary gland extract (SGE) of
T6 929-1010 DRI_Background denotes , co-inoculated or not with ASFV, was used for intradermal auricular inoculation.
T7 1011-1179 DRI_Outcome denotes Our results showed that, after the virus triggered the disease, pigs inoculated with virus and SGE presented greater hyperthermia than pigs inoculated with virus alone.
T8 1180-1320 DRI_Background denotes The density of Langerhans cells was modulated at the tick bite or inoculation site, either through recruitment by ASFV or inhibition by SGE.
T9 1321-1385 DRI_Background denotes Additionally, SGE and virus induced macrophage recruitment each.
T10 1386-1440 DRI_Approach denotes This effect was enhanced when they were co-inoculated.
T11 1441-1574 DRI_Approach denotes Finally, the co-inoculation of SGE and virus delayed the early local spread of virus to the first lymph node on the inoculation side.
T12 1575-1710 DRI_Background denotes This study has shown that the effect of SGE was powerful enough to be quantified in pig both on the systemic and local immune response.
T13 1711-1864 DRI_Challenge denotes We believe this model should be developed with infected tick and could improve knowledge of both tick vector competence and tick saliva immunomodulation.

Goldhamster2_Cellosaurus

Id Subject Object Predicate Lexical cue
T1 133-134 CVCL_6479|Finite_cell_line|Mus musculus denotes a
T2 584-587 CVCL_6758|Undefined_cell_line_type|Cricetulus griseus denotes has
T3 584-587 CVCL_E689|Transformed_cell_line|Homo sapiens denotes has
T4 931-933 CVCL_J653|Cancer_cell_line|Homo sapiens denotes co
T5 1426-1428 CVCL_J653|Cancer_cell_line|Homo sapiens denotes co
T6 1454-1456 CVCL_J653|Cancer_cell_line|Homo sapiens denotes co
T7 1586-1589 CVCL_6758|Undefined_cell_line_type|Cricetulus griseus denotes has
T8 1586-1589 CVCL_E689|Transformed_cell_line|Homo sapiens denotes has
T9 1711-1713 CVCL_5M23|Cancer_cell_line|Mesocricetus auratus denotes We

Inflammaging

Id Subject Object Predicate Lexical cue
T1 0-109 Sentence denotes Effect of O. porcinus Tick Salivary Gland Extract on the African Swine Fever Virus Infection in Domestic Pig.
T2 110-234 Sentence denotes African swine fever is a haemorrhagic disease in pig production that can have disastrous financial consequences for farming.
T3 235-414 Sentence denotes No vaccines are currently available and animal slaughtering or area zoning to restrict risk-related movements are the only effective measures to prevent the spread of the disease.
T4 415-571 Sentence denotes Ornithodoros soft ticks are known to transmit the African swine fever virus (ASFV) to pigs in farms, following the natural epidemiologic cycle of the virus.
T5 572-717 Sentence denotes Tick saliva has been shown to modulate the host physiological and immunological responses during feeding on skin, thus affecting viral infection.
T6 718-1010 Sentence denotes To better understand the interaction between soft tick, ASFV and pig at the bite location and the possible influence of tick saliva on pig infection by ASFV, salivary gland extract (SGE) of Ornithodoros porcinus, co-inoculated or not with ASFV, was used for intradermal auricular inoculation.
T7 1011-1179 Sentence denotes Our results showed that, after the virus triggered the disease, pigs inoculated with virus and SGE presented greater hyperthermia than pigs inoculated with virus alone.
T8 1180-1320 Sentence denotes The density of Langerhans cells was modulated at the tick bite or inoculation site, either through recruitment by ASFV or inhibition by SGE.
T9 1321-1385 Sentence denotes Additionally, SGE and virus induced macrophage recruitment each.
T10 1386-1440 Sentence denotes This effect was enhanced when they were co-inoculated.
T11 1441-1574 Sentence denotes Finally, the co-inoculation of SGE and virus delayed the early local spread of virus to the first lymph node on the inoculation side.
T12 1575-1710 Sentence denotes This study has shown that the effect of SGE was powerful enough to be quantified in pig both on the systemic and local immune response.
T13 1711-1864 Sentence denotes We believe this model should be developed with infected tick and could improve knowledge of both tick vector competence and tick saliva immunomodulation.
T1 0-109 Sentence denotes Effect of O. porcinus Tick Salivary Gland Extract on the African Swine Fever Virus Infection in Domestic Pig.
T2 110-234 Sentence denotes African swine fever is a haemorrhagic disease in pig production that can have disastrous financial consequences for farming.
T3 235-414 Sentence denotes No vaccines are currently available and animal slaughtering or area zoning to restrict risk-related movements are the only effective measures to prevent the spread of the disease.
T4 415-571 Sentence denotes Ornithodoros soft ticks are known to transmit the African swine fever virus (ASFV) to pigs in farms, following the natural epidemiologic cycle of the virus.
T5 572-717 Sentence denotes Tick saliva has been shown to modulate the host physiological and immunological responses during feeding on skin, thus affecting viral infection.
T6 718-1010 Sentence denotes To better understand the interaction between soft tick, ASFV and pig at the bite location and the possible influence of tick saliva on pig infection by ASFV, salivary gland extract (SGE) of Ornithodoros porcinus, co-inoculated or not with ASFV, was used for intradermal auricular inoculation.
T7 1011-1179 Sentence denotes Our results showed that, after the virus triggered the disease, pigs inoculated with virus and SGE presented greater hyperthermia than pigs inoculated with virus alone.
T8 1180-1320 Sentence denotes The density of Langerhans cells was modulated at the tick bite or inoculation site, either through recruitment by ASFV or inhibition by SGE.
T9 1321-1385 Sentence denotes Additionally, SGE and virus induced macrophage recruitment each.
T10 1386-1440 Sentence denotes This effect was enhanced when they were co-inoculated.
T11 1441-1574 Sentence denotes Finally, the co-inoculation of SGE and virus delayed the early local spread of virus to the first lymph node on the inoculation side.
T12 1575-1710 Sentence denotes This study has shown that the effect of SGE was powerful enough to be quantified in pig both on the systemic and local immune response.
T13 1711-1864 Sentence denotes We believe this model should be developed with infected tick and could improve knowledge of both tick vector competence and tick saliva immunomodulation.