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PubMed:1327652 JSONTXT

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PubCasesHPO

Id Subject Object Predicate Lexical cue
TI1 18-22 HP:0012531 denotes pain
TI2 27-39 HP:0031005 denotes hyperalgesia
AB1 163-167 HP:0012531 denotes pain
AB2 172-184 HP:0031005 denotes hyperalgesia
AB3 396-400 HP:0012531 denotes pain
AB4 414-418 HP:0012531 denotes Pain
AB5 541-553 HP:0031005 denotes hyperalgesia
AB6 587-591 HP:0012531 denotes pain
AB7 711-715 HP:0012531 denotes pain
AB8 789-793 HP:0012531 denotes pain
AB9 837-841 HP:0012531 denotes pain
AB10 904-908 HP:0012531 denotes pain
AB11 1114-1118 HP:0012531 denotes pain
AB12 1148-1152 HP:0012531 denotes pain
AB13 1205-1217 HP:0031005 denotes hyperalgesia
AB14 1371-1383 HP:0031005 denotes hyperalgesia
AB15 1473-1477 HP:0012531 denotes pain
AB16 1482-1494 HP:0031005 denotes hyperalgesia
AB17 1578-1582 HP:0012531 denotes pain
AB18 1590-1602 HP:0031005 denotes hyperalgesia

Inflammaging

Id Subject Object Predicate Lexical cue
T1 0-103 Sentence denotes Role of kinins in pain and hyperalgesia: psychophysical studies in a patient with kininogen deficiency.
T2 104-106 Sentence denotes 1.
T3 107-225 Sentence denotes Bradykinin is considered to be an important mediator of pain and hyperalgesia associated with injury and inflammation.
T4 226-413 Sentence denotes Psychophysical studies were conducted in a patient with complete kininogen deficiency to determine whether the absence of bradykinin was associated with abnormalities in pain sensibility.
T5 414-573 Sentence denotes Pain evoked by heat stimuli to the thenar eminence was tested before and after a localized burn, which has been shown to cause hyperalgesia in normal subjects.
T6 574-753 Sentence denotes In addition, pain evoked by intradermal administration of bradykinin (0.1-10 micrograms) to the forearm and the effects of bradykinin on pain induced by heat stimuli were studied.
T7 754-881 Sentence denotes The patient rated the intensity of pain evoked by all heat stimuli relative to the pain induced by a 3 s 45 degrees C stimulus.
T8 882-884 Sentence denotes 2.
T9 885-1075 Sentence denotes The patient's heat pain threshold (45 degrees C) in the glabrous skin was similar to that of age-matched control subjects (n = 5) and to that previously observed in younger control subjects.
T10 1076-1078 Sentence denotes 3.
T11 1079-1187 Sentence denotes The burn resulted in a decrease in pain threshold and an increase in pain induced by suprathreshold stimuli.
T12 1188-1316 Sentence denotes The magnitude of hyperalgesia was within the range observed in the age-matched control subjects and in younger control subjects.
T13 1317-1402 Sentence denotes Thus, kinins are not essential for the development of hyperalgesia after heat injury.
T14 1403-1405 Sentence denotes 4.
T15 1406-1511 Sentence denotes In control subjects, intradermal injections of bradykinin produced pain and hyperalgesia to heat stimuli.
T16 1512-1619 Sentence denotes In the patient, intradermal bradykinin injections induced minimal pain and no hyperalgesia to heat stimuli.
T17 1620-1719 Sentence denotes Thus, congenital absence of kininogens may be associated with a deficiency in bradykinin receptors.
T1 0-103 Sentence denotes Role of kinins in pain and hyperalgesia: psychophysical studies in a patient with kininogen deficiency.
T2 104-106 Sentence denotes 1.
T3 107-225 Sentence denotes Bradykinin is considered to be an important mediator of pain and hyperalgesia associated with injury and inflammation.
T4 226-413 Sentence denotes Psychophysical studies were conducted in a patient with complete kininogen deficiency to determine whether the absence of bradykinin was associated with abnormalities in pain sensibility.
T5 414-573 Sentence denotes Pain evoked by heat stimuli to the thenar eminence was tested before and after a localized burn, which has been shown to cause hyperalgesia in normal subjects.
T6 574-753 Sentence denotes In addition, pain evoked by intradermal administration of bradykinin (0.1-10 micrograms) to the forearm and the effects of bradykinin on pain induced by heat stimuli were studied.
T7 754-881 Sentence denotes The patient rated the intensity of pain evoked by all heat stimuli relative to the pain induced by a 3 s 45 degrees C stimulus.
T8 882-884 Sentence denotes 2.
T9 885-1075 Sentence denotes The patient's heat pain threshold (45 degrees C) in the glabrous skin was similar to that of age-matched control subjects (n = 5) and to that previously observed in younger control subjects.
T10 1076-1078 Sentence denotes 3.
T11 1079-1187 Sentence denotes The burn resulted in a decrease in pain threshold and an increase in pain induced by suprathreshold stimuli.
T12 1188-1316 Sentence denotes The magnitude of hyperalgesia was within the range observed in the age-matched control subjects and in younger control subjects.
T13 1317-1402 Sentence denotes Thus, kinins are not essential for the development of hyperalgesia after heat injury.
T14 1403-1405 Sentence denotes 4.
T15 1406-1511 Sentence denotes In control subjects, intradermal injections of bradykinin produced pain and hyperalgesia to heat stimuli.
T16 1512-1619 Sentence denotes In the patient, intradermal bradykinin injections induced minimal pain and no hyperalgesia to heat stimuli.
T17 1620-1719 Sentence denotes Thus, congenital absence of kininogens may be associated with a deficiency in bradykinin receptors.