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Inflammaging

Id Subject Object Predicate Lexical cue
T2 0-245 Sentence denotes In 12 healthy cows, neutrophil alkaline phosphatase (NAP) activity was measured by flow cytometer before and during an experimentally induced Escherichia coli mastitis, to study the role and increase of NAP in Gram-negative bacterial infections.
T3 246-348 Sentence denotes Percentage of neutrophils containing alkaline phosphatase and intensity of NAP activity were measured.
T4 349-497 Sentence denotes Preinfection percentage of neutrophils with enzyme activity varied between 64.0% and 84.4% and the intensity of enzyme activity was low in all cows.
T5 498-659 Sentence denotes After induction of infection, percentage of neutrophils with enzyme activity showed a significant decrease on day 1 followed by an significant increase on day 3.
T6 660-742 Sentence denotes NAP intensity increased significantly on the second and third day after infection.
T7 743-842 Sentence denotes This increase of intensity was significantly, positively correlated with the severity of infection.
T8 843-978 Sentence denotes From this study we may conclude that variation in susceptibility to E. coli mastitis could not be explained by preinfection NAP levels.
T9 979-1203 Sentence denotes The post-infection increase of NAP activity, that was found following an induced infection was more a result of increased enzyme intensity per neutrophil, then from an increase of percentage neutrophils with enzyme activity.
T10 1204-1299 Sentence denotes Furthermore, a strong correlation was found between NAP intensity and severity of inflammation.
T11 1300-1398 Sentence denotes There was evidence that the more severely diseased animals showed stronger NAP intensity increase.
T2 0-245 Sentence denotes In 12 healthy cows, neutrophil alkaline phosphatase (NAP) activity was measured by flow cytometer before and during an experimentally induced Escherichia coli mastitis, to study the role and increase of NAP in Gram-negative bacterial infections.
T3 246-348 Sentence denotes Percentage of neutrophils containing alkaline phosphatase and intensity of NAP activity were measured.
T4 349-497 Sentence denotes Preinfection percentage of neutrophils with enzyme activity varied between 64.0% and 84.4% and the intensity of enzyme activity was low in all cows.
T5 498-659 Sentence denotes After induction of infection, percentage of neutrophils with enzyme activity showed a significant decrease on day 1 followed by an significant increase on day 3.
T6 660-742 Sentence denotes NAP intensity increased significantly on the second and third day after infection.
T7 743-842 Sentence denotes This increase of intensity was significantly, positively correlated with the severity of infection.
T8 843-978 Sentence denotes From this study we may conclude that variation in susceptibility to E. coli mastitis could not be explained by preinfection NAP levels.
T9 979-1203 Sentence denotes The post-infection increase of NAP activity, that was found following an induced infection was more a result of increased enzyme intensity per neutrophil, then from an increase of percentage neutrophils with enzyme activity.
T10 1204-1299 Sentence denotes Furthermore, a strong correlation was found between NAP intensity and severity of inflammation.
T11 1300-1398 Sentence denotes There was evidence that the more severely diseased animals showed stronger NAP intensity increase.

bionlp-st-bb3-2016-training

Id Subject Object Predicate Lexical cue
T2 0-1398 Paragraph denotes In 12 healthy cows, neutrophil alkaline phosphatase (NAP) activity was measured by flow cytometer before and during an experimentally induced Escherichia coli mastitis, to study the role and increase of NAP in Gram-negative bacterial infections. Percentage of neutrophils containing alkaline phosphatase and intensity of NAP activity were measured. Preinfection percentage of neutrophils with enzyme activity varied between 64.0% and 84.4% and the intensity of enzyme activity was low in all cows. After induction of infection, percentage of neutrophils with enzyme activity showed a significant decrease on day 1 followed by an significant increase on day 3. NAP intensity increased significantly on the second and third day after infection. This increase of intensity was significantly, positively correlated with the severity of infection. From this study we may conclude that variation in susceptibility to E. coli mastitis could not be explained by preinfection NAP levels. The post-infection increase of NAP activity, that was found following an induced infection was more a result of increased enzyme intensity per neutrophil, then from an increase of percentage neutrophils with enzyme activity. Furthermore, a strong correlation was found between NAP intensity and severity of inflammation. There was evidence that the more severely diseased animals showed stronger NAP intensity increase.
T6 6-18 Habitat denotes healthy cows
T7 20-30 Habitat denotes neutrophil
T8 142-158 Bacteria denotes Escherichia coli
T9 260-271 Habitat denotes neutrophils
T10 376-387 Habitat denotes neutrophils
T11 492-496 Habitat denotes cows
T12 542-553 Habitat denotes neutrophils
T13 911-918 Bacteria denotes E. coli
T14 1122-1132 Habitat denotes neutrophil
T15 1170-1181 Habitat denotes neutrophils
T16 1333-1358 Habitat denotes severely diseased animals