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stringclasses
7 values
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1 value
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stringlengths
3
9
predicat@headOffset
stringlengths
3
9
predicat@id
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206 values
predicat@text
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2
124
predicat@type
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29 values
predicat@charOffsetMin
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0
3.96k
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6
3.97k
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stringclasses
1 value
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3
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3
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197 values
subject@text
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2
49
subject@type
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72 values
subject@charOffsetMin
int64
0
3.98k
subject@charOffsetMax
int64
3
4k
object@xml:space
stringclasses
1 value
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3
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3
9
object@id
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198 values
object@text
stringlengths
2
53
object@type
stringclasses
73 values
object@charOffsetMin
int64
0
3.93k
object@charOffsetMax
int64
4
3.94k
id
stringclasses
58 values
raw_sent_text
stringlengths
20
749
sent_charOffset
stringlengths
4
9
sent_charOffsetMin
int64
0
3.88k
sent_charOffsetMax
int64
26
4.2k
formated_sentence
stringlengths
34
768
Fact
preserve
211-239
234-239
T28
obese postpartum women
PROCESS_OF
211
239
preserve
211-216
211-216
T16
obese
DiseaseOrSyndrome
211
216
preserve
217-239
234-239
T17
postpartum women
PatientOrDisabledGroup
217
239
A10
This secondary analysis of a longitudinal, nonintervention study describes the nutritional and physical activity behavior of overweight and obese postpartum women and the differences in nutrition and physical activity when participants are evaluated according to four weight categories: underweight, normal weight, overweight, and obese.
65-426
65
426
This secondary analysis of a longitudinal, nonintervention study describes the nutritional and physical activity behavior of overweight and @SUBJECT$ @PREDICAT$ @OBJECT$ and the differences in nutrition and physical activity when participants are evaluated according to four weight categories: underweight, normal weight, overweight, and obese.
Fact
preserve
2421-2423
2421-2423
T113
in
PROCESS_OF
2,421
2,423
preserve
2417-2420
2417-2420
T107
MDD
MentalOrBehavioralDysfunction
2,417
2,420
preserve
2452-2462
2452-2462
T110
inpatients
PatientOrDisabledGroup
2,452
2,462
A1
In conclusion, venlafaxine is a cost-effective drug for the treatment of MDD in adult outpatients and inpatients.
2338-2463
2,338
2,463
In conclusion, venlafaxine is a cost-effective drug for the treatment of @SUBJECT$ @PREDICAT$ adult outpatients and @OBJECT$ .
Fact
preserve
2404-2413
2404-2413
T112
treatment
TREATS
2,404
2,413
preserve
2391-2395
2391-2395
T105
drug
PharmacologicSubstance
2,391
2,395
preserve
2417-2420
2417-2420
T107
MDD
MentalOrBehavioralDysfunction
2,417
2,420
A2
In conclusion, venlafaxine is a cost-effective drug for the treatment of MDD in adult outpatients and inpatients.
2338-2463
2,338
2,463
In conclusion, venlafaxine is a cost-effective @SUBJECT$ for the @PREDICAT$ of @OBJECT$ in adult outpatients and inpatients.
Fact
preserve
1593-1625
1614-1625
T74
patients (2380 outpatients
ISA
1,593
1,625
preserve
1634-1644
1634-1644
T73
inpatients
PatientOrDisabledGroup
1,634
1,644
preserve
1593-1601
1593-1601
T71
patients
PatientOrDisabledGroup
1,593
1,601
A3
The meta-analysis identified 56 treatment arms from 36 randomised controlled trials involving 2953 patients (2380 outpatients and 573 inpatients).
1488-1646
1,488
1,646
The meta-analysis identified 56 treatment arms from 36 randomised controlled trials involving 2953 @OBJECT$ @PREDICAT$ and 573 @SUBJECT$ ).
Fact
preserve
1211-1214
1211-1214
T55
for
TREATS
1,211
1,214
preserve
1203-1210
1203-1210
T50
therapy
TherapeuticOrPreventiveProcedure
1,203
1,210
preserve
1215-1223
1215-1223
T51
patients
PatientOrDisabledGroup
1,215
1,223
A5
SSRIs were used as backup therapy for patients receiving venlafaxine and TCAs, and SNRIs were used as backup therapy for patients receiving SSRIs.
1170-1329
1,170
1,329
SSRIs were used as backup @SUBJECT$ @PREDICAT$ @OBJECT$ receiving venlafaxine and TCAs, and SNRIs were used as backup therapy for patients receiving SSRIs.
Fact
preserve
1593-1625
1614-1625
T74
patients (2380 outpatients
ISA
1,593
1,625
preserve
1614-1625
1614-1625
T72
outpatients
PatientOrDisabledGroup
1,614
1,625
preserve
1593-1601
1593-1601
T71
patients
PatientOrDisabledGroup
1,593
1,601
A7
The meta-analysis identified 56 treatment arms from 36 randomised controlled trials involving 2953 patients (2380 outpatients and 573 inpatients).
1488-1646
1,488
1,646
The meta-analysis identified 56 treatment arms from 36 randomised controlled trials involving 2953 @OBJECT$ @PREDICAT$ @SUBJECT$ and 573 inpatients).
Fact
preserve
1300-1303
1300-1303
T57
for
TREATS
1,300
1,303
preserve
1292-1299
1292-1299
T53
therapy
TherapeuticOrPreventiveProcedure
1,292
1,299
preserve
1304-1312
1304-1312
T54
patients
PatientOrDisabledGroup
1,304
1,312
A8
SSRIs were used as backup therapy for patients receiving venlafaxine and TCAs, and SNRIs were used as backup therapy for patients receiving SSRIs.
1170-1329
1,170
1,329
SSRIs were used as backup therapy for patients receiving venlafaxine and TCAs, and SNRIs were used as backup @SUBJECT$ @PREDICAT$ @OBJECT$ receiving SSRIs.
Fact
preserve
2359-2395
2391-2395
T111
venlafaxine is a cost-effective drug
ISA
2,359
2,395
preserve
2359-2370
2359-2370
T103
venlafaxine
OrganicChemical
2,359
2,370
preserve
2391-2395
2391-2395
T105
drug
PharmacologicSubstance
2,391
2,395
A10
In conclusion, venlafaxine is a cost-effective drug for the treatment of MDD in adult outpatients and inpatients.
2338-2463
2,338
2,463
In conclusion, @SUBJECT$ @PREDICAT$ @OBJECT$ for the treatment of MDD in adult outpatients and inpatients.
Fact
preserve
48-57
48-57
T5
treatment
TREATS
48
57
preserve
29-40
29-40
T2
venlafaxine
OrganicChemical
29
40
preserve
61-92
84-92
T4
major depressive disorder
MentalOrBehavioralDysfunction
61
92
A11
Pharmacoeconomic analysis of venlafaxine in the treatment of major depressive disorder.
0-93
0
93
Pharmacoeconomic analysis of @SUBJECT$ in the @PREDICAT$ of @OBJECT$ .
Fact
preserve
2421-2423
2421-2423
T113
in
PROCESS_OF
2,421
2,423
preserve
2417-2420
2417-2420
T107
MDD
MentalOrBehavioralDysfunction
2,417
2,420
preserve
2436-2447
2436-2447
T109
outpatients
PatientOrDisabledGroup
2,436
2,447
A12
In conclusion, venlafaxine is a cost-effective drug for the treatment of MDD in adult outpatients and inpatients.
2338-2463
2,338
2,463
In conclusion, venlafaxine is a cost-effective drug for the treatment of @SUBJECT$ @PREDICAT$ adult @OBJECT$ and inpatients.
Fact
preserve
1224-1233
1224-1233
T56
receiving
ADMINISTERED_TO
1,224
1,233
preserve
1234-1245
1234-1245
T52
venlafaxine
OrganicChemical
1,234
1,245
preserve
1215-1223
1215-1223
T51
patients
PatientOrDisabledGroup
1,215
1,223
A15
SSRIs were used as backup therapy for patients receiving venlafaxine and TCAs, and SNRIs were used as backup therapy for patients receiving SSRIs.
1170-1329
1,170
1,329
SSRIs were used as backup therapy for @OBJECT$ @PREDICAT$ @SUBJECT$ and TCAs, and SNRIs were used as backup therapy for patients receiving SSRIs.
Fact
preserve
2359-2395
2391-2395
T115
venlafaxine is a cost-effective drug
TREATS
2,359
2,395
preserve
2359-2370
2359-2370
T103
venlafaxine
OrganicChemical
2,359
2,370
preserve
2417-2420
2417-2420
T107
MDD
MentalOrBehavioralDysfunction
2,417
2,420
A16
In conclusion, venlafaxine is a cost-effective drug for the treatment of MDD in adult outpatients and inpatients.
2338-2463
2,338
2,463
In conclusion, @SUBJECT$ @PREDICAT$ for the treatment of @OBJECT$ in adult outpatients and inpatients.
Fact
preserve
2068-2085
2077-2085
T116
diabetic patients
PROCESS_OF
2,068
2,085
preserve
2068-2076
2068-2076
T112
diabetic
Finding
2,068
2,076
preserve
2077-2085
2077-2085
T113
patients
PatientOrDisabledGroup
2,077
2,085
A1
These findings have important clinical implications for diabetic patients with congestive heart failure.
2006-2116
2,006
2,116
These findings have important clinical implications for @SUBJECT$ @PREDICAT$ @OBJECT$ with congestive heart failure.
Counterfact
preserve
1945-1953
1945-1953
T108
mediated
INTERACTS_WITH
1,945
1,953
preserve
1924-1936
1924-1936
T103
troglitazone
OrganicChemical
1,924
1,936
preserve
1958-1978
1969-1978
T106
adrenergic receptors
AminoAcidPeptideOrProtein
1,958
1,978
A2
The inotropic and chronotropic actions of troglitazone are not mediated via adrenergic receptors or calcium channels.
1876-2005
1,876
2,005
The inotropic and chronotropic actions of @SUBJECT$ are not @PREDICAT$ via @OBJECT$ or calcium channels.
Counterfact
preserve
1945-1953
1945-1953
T108
mediated
INTERACTS_WITH
1,945
1,953
preserve
1924-1936
1924-1936
T103
troglitazone
OrganicChemical
1,924
1,936
preserve
1988-2004
1996-2004
T107
calcium channels
AminoAcidPeptideOrProtein
1,988
2,004
A3
The inotropic and chronotropic actions of troglitazone are not mediated via adrenergic receptors or calcium channels.
1876-2005
1,876
2,005
The inotropic and chronotropic actions of @SUBJECT$ are not @PREDICAT$ via adrenergic receptors or @OBJECT$ .
Fact
preserve
40-47
40-47
T10
effects
AFFECTS
40
47
preserve
51-63
51-63
T5
troglitazone
OrganicChemical
51
63
preserve
95-101
95-101
T9
hearts
BodyPartOrganOrOrganComponent
95
101
A4
Hemodynamic basis for the acute cardiac effects of troglitazone in isolated perfused rat hearts.
0-102
0
102
Hemodynamic basis for the acute cardiac @PREDICAT$ of @SUBJECT$ in isolated perfused rat @OBJECT$ .
Uncommitted
preserve
577-584
577-584
T41
effects
AFFECTS
577
584
preserve
588-600
588-600
T36
troglitazone
OrganicChemical
588
600
preserve
632-638
632-638
T40
hearts
BodyPartOrganOrOrganComponent
632
638
A6
Therefore, we investigated the direct cardiac hemodynamic effects of troglitazone in isolated perfused rat hearts.
513-639
513
639
Therefore, we investigated the direct cardiac hemodynamic @PREDICAT$ of @SUBJECT$ in isolated perfused rat @OBJECT$ .
Fact
preserve
628-638
632-638
T42
rat hearts
PART_OF
628
638
preserve
632-638
632-638
T40
hearts
BodyPartOrganOrOrganComponent
632
638
preserve
628-631
628-631
T39
rat
Mammal
628
631
A7
Therefore, we investigated the direct cardiac hemodynamic effects of troglitazone in isolated perfused rat hearts.
513-639
513
639
Therefore, we investigated the direct cardiac hemodynamic effects of troglitazone in isolated perfused @OBJECT$ @PREDICAT$ @SUBJECT$ .
Fact
preserve
152-161
152-161
T20
treatment
TREATS
152
161
preserve
121-138
121-138
T13
thiazolidinedione
OrganicChemical
121
138
preserve
165-170
165-170
T15
NIDDM
DiseaseOrSyndrome
165
170
A9
Troglitazone is a thiazolidinedione used for the treatment of NIDDM and potentially for other insulin-resistant disease states.
103-236
103
236
Troglitazone is a @SUBJECT$ used for the @PREDICAT$ of @OBJECT$ and potentially for other insulin-resistant disease states.
Fact
preserve
103-138
121-138
T19
Troglitazone is a thiazolidinedione
ISA
103
138
preserve
103-115
103-115
T12
Troglitazone
OrganicChemical
103
115
preserve
121-138
121-138
T13
thiazolidinedione
OrganicChemical
121
138
A10
Troglitazone is a thiazolidinedione used for the treatment of NIDDM and potentially for other insulin-resistant disease states.
103-236
103
236
@SUBJECT$ @PREDICAT$ @OBJECT$ used for the treatment of NIDDM and potentially for other insulin-resistant disease states.
Fact
preserve
283-291
283-291
T27
increase
AUGMENTS
283
291
preserve
237-249
237-249
T22
Troglitazone
OrganicChemical
237
249
preserve
311-324
318-324
T25
stroke volume
Finding
311
324
A11
Troglitazone has recently been shown to increase cardiac output and stroke volume in human subjects.
237-343
237
343
@SUBJECT$ has recently been shown to @PREDICAT$ cardiac output and @OBJECT$ in human subjects.
Fact
preserve
283-291
283-291
T27
increase
AUGMENTS
283
291
preserve
237-249
237-249
T22
Troglitazone
OrganicChemical
237
249
preserve
292-306
300-306
T24
cardiac output
Finding
292
306
A12
Troglitazone has recently been shown to increase cardiac output and stroke volume in human subjects.
237-343
237
343
@SUBJECT$ has recently been shown to @PREDICAT$ @OBJECT$ and stroke volume in human subjects.
Fact
preserve
820-832
820-832
T55
administered
USES
820
832
preserve
842-851
842-851
T54
injection
TherapeuticOrPreventiveProcedure
842
851
preserve
768-780
768-780
T51
troglitazone
OrganicChemical
768
780
A13
Hearts were tested under isovolumetric contraction with a constant coronary flow, and troglitazone (0.2, 0.5, and 1.0 micromol) was administered by bolus injection.
676-852
676
852
Hearts were tested under isovolumetric contraction with a constant coronary flow, and @OBJECT$ (0.2, 0.5, and 1.0 micromol) was @PREDICAT$ by bolus @SUBJECT$ .
Fact
preserve
91-101
95-101
T11
rat hearts
PART_OF
91
101
preserve
95-101
95-101
T9
hearts
BodyPartOrganOrOrganComponent
95
101
preserve
91-94
91-94
T8
rat
Mammal
91
94
A14
Hemodynamic basis for the acute cardiac effects of troglitazone in isolated perfused rat hearts.
0-102
0
102
Hemodynamic basis for the acute cardiac effects of troglitazone in isolated perfused @OBJECT$ @PREDICAT$ @SUBJECT$ .
Fact
preserve
103-138
121-138
T21
Troglitazone is a thiazolidinedione
TREATS
103
138
preserve
103-115
103-115
T12
Troglitazone
OrganicChemical
103
115
preserve
165-170
165-170
T15
NIDDM
DiseaseOrSyndrome
165
170
A15
Troglitazone is a thiazolidinedione used for the treatment of NIDDM and potentially for other insulin-resistant disease states.
103-236
103
236
@SUBJECT$ @PREDICAT$ used for the treatment of @OBJECT$ and potentially for other insulin-resistant disease states.
Probable
preserve
1864-1873
1864-1873
T116
treatment
TREATS
1,864
1,873
preserve
1830-1840
1830-1840
T108
nefazodone
OrganicChemical
1,830
1,840
preserve
1883-1893
1883-1893
T111
depression
Finding
1,883
1,893
A2
CONCLUSION: Depressed HIV-seropositive outpatients respond to nefazodone comparably to other outpatient populations and have few adverse effects, suggesting that nefazodone may have a role in the treatment of depression in HIV-seropositive patients.
1656-1923
1,656
1,923
CONCLUSION: Depressed HIV-seropositive outpatients respond to nefazodone comparably to other outpatient populations and have few adverse effects, suggesting that @SUBJECT$ may have a role in the @PREDICAT$ of @OBJECT$ in HIV-seropositive patients.
Fact
preserve
598-602
598-602
T38
with
PROCESS_OF
598
602
preserve
603-634
626-634
T37
major depressive disorder
MentalOrBehavioralDysfunction
603
634
preserve
586-597
586-597
T36
outpatients
PatientOrDisabledGroup
586
597
A3
This study examined the efficacy and tolerability of nefazodone in an open 12-week trial of HIV-seropositive outpatients with major depressive disorder.
471-635
471
635
This study examined the efficacy and tolerability of nefazodone in an open 12-week trial of HIV-seropositive @OBJECT$ @PREDICAT$ @SUBJECT$ .
Fact
preserve
678-682
678-682
T51
with
PROCESS_OF
678
682
preserve
690-722
714-722
T44
major depressive disorder
MentalOrBehavioralDysfunction
690
722
preserve
669-677
669-677
T42
patients
PatientOrDisabledGroup
669
677
A4
METHOD: Fifteen HIV-seropositive patients with DSM-IV major depressive disorder and a 21-item Hamilton Rating Scale for Depression (HAM-D) score of > or =18 were treated with open-label nefazodone for 12 weeks.
636-859
636
859
METHOD: Fifteen HIV-seropositive @OBJECT$ @PREDICAT$ DSM-IV @SUBJECT$ and a 21-item Hamilton Rating Scale for Depression (HAM-D) score of > or =18 were treated with open-label nefazodone for 12 weeks.
Fact
preserve
1138-1147
1138-1147
T75
receiving
ADMINISTERED_TO
1,138
1,147
preserve
1148-1158
1148-1158
T71
nefazodone
OrganicChemical
1,148
1,158
preserve
1129-1137
1129-1137
T70
patients
PatientOrDisabledGroup
1,129
1,137
A5
RESULTS: Of 15 patients receiving nefazodone, 4 discontinued treatment (1 for adverse effects).
1108-1215
1,108
1,215
RESULTS: Of 15 @OBJECT$ @PREDICAT$ @SUBJECT$ , 4 discontinued treatment (1 for adverse effects).
Fact
preserve
173-175
173-175
T19
in
PROCESS_OF
173
175
preserve
156-172
162-172
T13
major depression
MentalOrBehavioralDysfunction
156
172
preserve
176-184
176-184
T14
patients
PatientOrDisabledGroup
176
184
A6
BACKGROUND: Treatment studies of major depression in patients who are seropositive for the human immunodeficiency virus (HIV) have shown comparable efficacy for both tricyclic antidepressants (TCAs) and selective serotonin reuptake inhibitors (SSRIs).
123-392
123
392
BACKGROUND: Treatment studies of @SUBJECT$ @PREDICAT$ @OBJECT$ who are seropositive for the human immunodeficiency virus (HIV) have shown comparable efficacy for both tricyclic antidepressants (TCAs) and selective serotonin reuptake inhibitors (SSRIs).
Probable
preserve
433-437
433-437
T28
than
higher_than
433
437
preserve
393-403
393-403
T21
Nefazodone
OrganicChemical
393
403
preserve
438-442
438-442
T23
TCAs
OrganicChemical
438
442
A7
Nefazodone appears to be more tolerable than TCAs and similar to SSRIs.
393-470
393
470
@SUBJECT$ appears to be more tolerable @PREDICAT$ @OBJECT$ and similar to SSRIs.
Fact
preserve
433-437
433-437
T27
than
compared_with
433
437
preserve
393-403
393-403
T21
Nefazodone
OrganicChemical
393
403
preserve
438-442
438-442
T23
TCAs
OrganicChemical
438
442
A8
Nefazodone appears to be more tolerable than TCAs and similar to SSRIs.
393-470
393
470
@SUBJECT$ appears to be more tolerable @PREDICAT$ @OBJECT$ and similar to SSRIs.
Fact
preserve
56-60
56-60
T10
with
PROCESS_OF
56
60
preserve
61-92
84-92
T5
major depressive disorder
MentalOrBehavioralDysfunction
61
92
preserve
44-55
44-55
T4
outpatients
PatientOrDisabledGroup
44
55
A9
Antidepressant efficacy in HIV-seropositive outpatients with major depressive disorder: an open trial of nefazodone.
0-122
0
122
Antidepressant efficacy in HIV-seropositive @OBJECT$ @PREDICAT$ @SUBJECT$ : an open trial of nefazodone.
Fact
preserve
1782-1786
1782-1786
T115
have
PROCESS_OF
1,782
1,786
preserve
1791-1812
1805-1812
T107
adverse effects
PathologicFunction
1,791
1,812
preserve
1695-1706
1695-1706
T102
outpatients
PatientOrDisabledGroup
1,695
1,706
A10
CONCLUSION: Depressed HIV-seropositive outpatients respond to nefazodone comparably to other outpatient populations and have few adverse effects, suggesting that nefazodone may have a role in the treatment of depression in HIV-seropositive patients.
1656-1923
1,656
1,923
CONCLUSION: Depressed HIV-seropositive @OBJECT$ respond to nefazodone comparably to other outpatient populations and @PREDICAT$ few @SUBJECT$ , suggesting that nefazodone may have a role in the treatment of depression in HIV-seropositive patients.
Fact
preserve
24-26
24-26
T9
in
TREATS
24
26
preserve
0-14
0-14
T1
Antidepressant
PharmacologicSubstance
0
14
preserve
44-55
44-55
T4
outpatients
PatientOrDisabledGroup
44
55
A11
Antidepressant efficacy in HIV-seropositive outpatients with major depressive disorder: an open trial of nefazodone.
0-122
0
122
@SUBJECT$ efficacy @PREDICAT$ HIV-seropositive @OBJECT$ with major depressive disorder: an open trial of nefazodone.
Fact
preserve
1894-1896
1894-1896
T117
in
PROCESS_OF
1,894
1,896
preserve
1883-1893
1883-1893
T111
depression
Finding
1,883
1,893
preserve
1914-1922
1914-1922
T114
patients
PatientOrDisabledGroup
1,914
1,922
A12
CONCLUSION: Depressed HIV-seropositive outpatients respond to nefazodone comparably to other outpatient populations and have few adverse effects, suggesting that nefazodone may have a role in the treatment of depression in HIV-seropositive patients.
1656-1923
1,656
1,923
CONCLUSION: Depressed HIV-seropositive outpatients respond to nefazodone comparably to other outpatient populations and have few adverse effects, suggesting that nefazodone may have a role in the treatment of @SUBJECT$ @PREDICAT$ HIV-seropositive @OBJECT$ .
Fact
preserve
24-26
24-26
T9
in
TREATS
24
26
preserve
0-14
0-14
T1
Antidepressant
PharmacologicSubstance
0
14
preserve
61-92
84-92
T5
major depressive disorder
MentalOrBehavioralDysfunction
61
92
A13
Antidepressant efficacy in HIV-seropositive outpatients with major depressive disorder: an open trial of nefazodone.
0-122
0
122
@SUBJECT$ efficacy @PREDICAT$ HIV-seropositive outpatients with @OBJECT$ : an open trial of nefazodone.
Uncommitted
preserve
16-19
16-19
T3
for
TREATS
16
19
preserve
1-15
1-15
T1
Plasmapheresis
TherapeuticOrPreventiveProcedure
1
15
preserve
20-37
29-37
T2
collagen diseases
DiseaseOrSyndrome
20
37
A1
[Plasmapheresis for collagen diseases].
0-39
0
39
[ @SUBJECT$ @PREDICAT$ @OBJECT$ ].
Fact
preserve
692-730
709-715
T45
DFPP to be useful as a treatment
ISA
692
730
preserve
692-696
692-696
T42
DFPP
TherapeuticOrPreventiveProcedure
692
696
preserve
721-730
721-730
T43
treatment
TherapeuticOrPreventiveProcedure
721
730
A2
We suggest DFPP to be useful as a treatment for connective tissue disease.
681-761
681
761
We suggest @SUBJECT$ @PREDICAT$ @OBJECT$ for connective tissue disease.
Probable
preserve
721-730
721-730
T46
treatment
TREATS
721
730
preserve
692-696
692-696
T42
DFPP
TherapeuticOrPreventiveProcedure
692
696
preserve
735-760
753-760
T44
connective tissue disease
DiseaseOrSyndrome
735
760
A3
We suggest DFPP to be useful as a treatment for connective tissue disease.
681-761
681
761
We suggest @SUBJECT$ to be useful as a @PREDICAT$ for @OBJECT$ .
Fact
preserve
180-183
180-183
T14
for
TREATS
180
183
preserve
132-146
132-146
T10
plasmapheresis
TherapeuticOrPreventiveProcedure
132
146
preserve
184-211
202-211
T11
rheumatoid arthritis
DiseaseOrSyndrome
184
211
A5
Double-filtration plasmapheresis (DFPP) has mainly been performed for rheumatoid arthritis (RA) and systemic lupus erythematosus (SEL) since 1980.
114-267
114
267
Double-filtration @SUBJECT$ (DFPP) has mainly been performed @PREDICAT$ @OBJECT$ (RA) and systemic lupus erythematosus (SEL) since 1980.
Fact
preserve
83-86
83-86
T7
for
TREATS
83
86
preserve
49-63
49-63
T5
plasmapheresis
TherapeuticOrPreventiveProcedure
49
63
preserve
87-112
105-112
T6
connective tissue disease
DiseaseOrSyndrome
87
112
A8
Recently plasmapheresis has been performed for connective tissue disease.
40-113
40
113
Recently @SUBJECT$ has been performed @PREDICAT$ @OBJECT$ .
Probable
preserve
1250-1254
1250-1254
T75
role
ASSOCIATED_WITH
1,250
1,254
preserve
1233-1238
1233-1238
T65
MC4-R
AminoAcidPeptideOrProtein
1,233
1,238
preserve
1270-1277
1270-1277
T68
obesity
DiseaseOrSyndrome
1,270
1,277
A1
Finally, evidence that the MC4-R may play a role in human obesity has been obtained from the identification of a dis-functional variant of the receptor in genetically obese subjects.
1206-1400
1,206
1,400
Finally, evidence that the @SUBJECT$ may play a @PREDICAT$ in human @OBJECT$ has been obtained from the identification of a dis-functional variant of the receptor in genetically obese subjects.
Fact
preserve
1264-1277
1270-1277
T76
human obesity
PROCESS_OF
1,264
1,277
preserve
1270-1277
1270-1277
T68
obesity
DiseaseOrSyndrome
1,270
1,277
preserve
1264-1269
1264-1269
T67
human
Human
1,264
1,269
A2
Finally, evidence that the MC4-R may play a role in human obesity has been obtained from the identification of a dis-functional variant of the receptor in genetically obese subjects.
1206-1400
1,206
1,400
Finally, evidence that the MC4-R may play a role in @OBJECT$ @PREDICAT$ @SUBJECT$ has been obtained from the identification of a dis-functional variant of the receptor in genetically obese subjects.
Fact
preserve
316-322
316-322
T23
result
CAUSES
316
322
preserve
367-382
375-382
T21
protein hormone
AminoAcidPeptideOrProtein
367
382
preserve
290-297
290-297
T18
obesity
DiseaseOrSyndrome
290
297
A3
The Avy/-agouti mouse, one of the oldest obese mouse models, is characterized by maturity-onset obesity and diabetes as a result of ectopic expression of the secreted protein hormone, agouti protein.
188-399
188
399
The Avy/-agouti mouse, one of the oldest obese mouse models, is characterized by maturity-onset @OBJECT$ and diabetes as a @PREDICAT$ of ectopic expression of the secreted @SUBJECT$ , agouti protein.
Fact
preserve
1032-1041
1032-1041
T57
inhibited
DISRUPTS
1,032
1,041
preserve
983-991
983-991
T54
peptides
AminoAcidPeptideOrProtein
983
991
preserve
1042-1053
1047-1053
T56
food intake
OrganismFunction
1,042
1,053
A4
Further evidence for this hypothesis was obtained from pharmacological studies utilizing peptides with MC4-R agonist activity, that inhibited food intake (when administered intracerebrally).
888-1090
888
1,090
Further evidence for this hypothesis was obtained from pharmacological studies utilizing @SUBJECT$ with MC4-R agonist activity, that @PREDICAT$ @OBJECT$ (when administered intracerebrally).
Fact
preserve
784-788
784-788
T49
role
AFFECTS
784
788
preserve
770-775
770-775
T42
MC4-R
AminoAcidPeptideOrProtein
770
775
preserve
799-810
799-810
T45
homeostasis
OrganismFunction
799
810
A5
Subsequent development of the MC4-R knockout mouse model demonstrated that MC4-R plays a role in weight homeostasis as these mice recapitulated the metabolic defects of the agouti mouse.
689-887
689
887
Subsequent development of the MC4-R knockout mouse model demonstrated that @SUBJECT$ plays a @PREDICAT$ in weight @OBJECT$ as these mice recapitulated the metabolic defects of the agouti mouse.
Fact
preserve
167-186
179-186
T11
human obesity
PROCESS_OF
167
186
preserve
179-186
179-186
T10
obesity
DiseaseOrSyndrome
179
186
preserve
167-172
167-172
T9
human
Human
167
172
A6
For many years, genetically obese mouse strains have provided models for human obesity.
94-187
94
187
For many years, genetically obese mouse strains have provided models for @OBJECT$ @PREDICAT$ @SUBJECT$ .
Fact
preserve
52-60
52-60
T6
involved
AFFECTS
52
60
preserve
33-51
44-51
T3
signalling pathway
CellFunction
33
51
preserve
64-75
69-75
T4
body weight
OrganismAttribute
64
75
A7
Melanocortin-4 receptor: a novel signalling pathway involved in body weight regulation.
0-93
0
93
Melanocortin-4 receptor: a novel @SUBJECT$ @PREDICAT$ in @OBJECT$ regulation.
Fact
preserve
316-322
316-322
T23
result
CAUSES
316
322
preserve
367-382
375-382
T21
protein hormone
AminoAcidPeptideOrProtein
367
382
preserve
302-310
302-310
T19
diabetes
DiseaseOrSyndrome
302
310
A8
The Avy/-agouti mouse, one of the oldest obese mouse models, is characterized by maturity-onset obesity and diabetes as a result of ectopic expression of the secreted protein hormone, agouti protein.
188-399
188
399
The Avy/-agouti mouse, one of the oldest obese mouse models, is characterized by maturity-onset obesity and @OBJECT$ as a @PREDICAT$ of ectopic expression of the secreted @SUBJECT$ , agouti protein.
Probable
preserve
433-442
433-442
T36
expressed
PART_OF
433
442
preserve
400-414
407-414
T25
Agouti protein
AminoAcidPeptideOrProtein
400
414
preserve
446-460
451-460
T26
hair follicles
BodyPartOrganOrOrganComponent
446
460
A9
Agouti protein is normally expressed in hair follicles to regulate pigmentation through antagonism of the melanocortin-1 receptor, but in-vitro studies have demonstrated that the hormone also has potent antagonist activity for the melanocortin-4 receptor (MC4-R).
400-688
400
688
@SUBJECT$ is normally @PREDICAT$ in @OBJECT$ to regulate pigmentation through antagonism of the melanocortin-1 receptor, but in-vitro studies have demonstrated that the hormone also has potent antagonist activity for the melanocortin-4 receptor (MC4-R).
Possible
preserve
2335-2337
2335-2337
T128
in
TREATS
2,335
2,337
preserve
2292-2304
2292-2304
T123
troglitazone
OrganicChemical
2,292
2,304
preserve
2344-2352
2344-2352
T126
patients
PatientOrDisabledGroup
2,344
2,352
A1
Bodyweight gain may be lessened by the concomitant use of metformin and troglitazone may improve glycaemic control in obese patients.
2214-2353
2,214
2,353
Bodyweight gain may be lessened by the concomitant use of metformin and @SUBJECT$ may improve glycaemic control @PREDICAT$ obese @OBJECT$ .
Fact
preserve
2088-2092
2088-2092
T118
with
USES
2,088
2,092
preserve
2071-2087
2080-2087
T111
Combined therapy
TherapeuticOrPreventiveProcedure
2,071
2,087
preserve
2099-2113
2099-2113
T112
sulphonylureas
OrganicChemical
2,099
2,113
A2
Combined therapy with sulphonylureas may be more expensive and clear clinical advantages have not been consistently demonstrated.
2071-2213
2,071
2,213
@SUBJECT$ @PREDICAT$ @OBJECT$ may be more expensive and clear clinical advantages have not been consistently demonstrated.
Fact
preserve
1320-1324
1320-1324
T76
with
PROCESS_OF
1,320
1,324
preserve
1346-1359
1346-1359
T71
complications
PathologicFunction
1,346
1,359
preserve
1311-1319
1311-1319
T70
patients
PatientOrDisabledGroup
1,311
1,319
A3
Reservations about insulin therapy in patients with type 2 diabetes mellitus, particularly elderly patients with cardiovascular complications, include hypoglycaemia and bodyweight gain.
1206-1403
1,206
1,403
Reservations about insulin therapy in patients with type 2 diabetes mellitus, particularly elderly @OBJECT$ @PREDICAT$ cardiovascular @SUBJECT$ , include hypoglycaemia and bodyweight gain.
Possible
preserve
2335-2337
2335-2337
T128
in
TREATS
2,335
2,337
preserve
2292-2304
2292-2304
T123
troglitazone
OrganicChemical
2,292
2,304
preserve
2338-2343
2338-2343
T125
obese
DiseaseOrSyndrome
2,338
2,343
A4
Bodyweight gain may be lessened by the concomitant use of metformin and troglitazone may improve glycaemic control in obese patients.
2214-2353
2,214
2,353
Bodyweight gain may be lessened by the concomitant use of metformin and @SUBJECT$ may improve glycaemic control @PREDICAT$ @OBJECT$ patients.
Fact
preserve
1241-1243
1241-1243
T74
in
TREATS
1,241
1,243
preserve
1233-1240
1233-1240
T66
therapy
TherapeuticOrPreventiveProcedure
1,233
1,240
preserve
1258-1288
1280-1288
T68
type 2 diabetes mellitus
DiseaseOrSyndrome
1,258
1,288
A5
Reservations about insulin therapy in patients with type 2 diabetes mellitus, particularly elderly patients with cardiovascular complications, include hypoglycaemia and bodyweight gain.
1206-1403
1,206
1,403
Reservations about insulin @SUBJECT$ @PREDICAT$ patients with @OBJECT$ , particularly elderly patients with cardiovascular complications, include hypoglycaemia and bodyweight gain.
Fact
preserve
1498-1502
1498-1502
T85
with
PROCESS_OF
1,498
1,502
preserve
1503-1533
1525-1533
T83
type 1 diabetes mellitus
DiseaseOrSyndrome
1,503
1,533
preserve
1489-1497
1489-1497
T82
patients
PatientOrDisabledGroup
1,489
1,497
A7
However, severe hypoglycaemia occurs with considerably lower frequency than in patients with type 1 diabetes mellitus.
1404-1534
1,404
1,534
However, severe hypoglycaemia occurs with considerably lower frequency than in @OBJECT$ @PREDICAT$ @SUBJECT$ .
Possible
preserve
2335-2337
2335-2337
T128
in
TREATS
2,335
2,337
preserve
2278-2287
2278-2287
T122
metformin
OrganicChemical
2,278
2,287
preserve
2338-2343
2338-2343
T125
obese
DiseaseOrSyndrome
2,338
2,343
A8
Bodyweight gain may be lessened by the concomitant use of metformin and troglitazone may improve glycaemic control in obese patients.
2214-2353
2,214
2,353
Bodyweight gain may be lessened by the concomitant use of @SUBJECT$ and troglitazone may improve glycaemic control @PREDICAT$ @OBJECT$ patients.
Fact
preserve
1253-1257
1253-1257
T75
with
PROCESS_OF
1,253
1,257
preserve
1258-1288
1280-1288
T68
type 2 diabetes mellitus
DiseaseOrSyndrome
1,258
1,288
preserve
1244-1252
1244-1252
T67
patients
PatientOrDisabledGroup
1,244
1,252
A9
Reservations about insulin therapy in patients with type 2 diabetes mellitus, particularly elderly patients with cardiovascular complications, include hypoglycaemia and bodyweight gain.
1206-1403
1,206
1,403
Reservations about insulin therapy in @OBJECT$ @PREDICAT$ @SUBJECT$ , particularly elderly patients with cardiovascular complications, include hypoglycaemia and bodyweight gain.
Fact
preserve
1241-1243
1241-1243
T74
in
TREATS
1,241
1,243
preserve
1233-1240
1233-1240
T66
therapy
TherapeuticOrPreventiveProcedure
1,233
1,240
preserve
1244-1252
1244-1252
T67
patients
PatientOrDisabledGroup
1,244
1,252
A10
Reservations about insulin therapy in patients with type 2 diabetes mellitus, particularly elderly patients with cardiovascular complications, include hypoglycaemia and bodyweight gain.
1206-1403
1,206
1,403
Reservations about insulin @SUBJECT$ @PREDICAT$ @OBJECT$ with type 2 diabetes mellitus, particularly elderly patients with cardiovascular complications, include hypoglycaemia and bodyweight gain.
Fact
preserve
901-903
901-903
T49
in
TREATS
901
903
preserve
856-863
856-863
T46
insulin
AminoAcidPeptideOrProtein
856
863
preserve
904-912
904-912
T47
patients
PatientOrDisabledGroup
904
912
A11
Safety considerations will also point to the preferential use of insulin in other circumstances, for example, in patients with pronounced renal impairment.
784-952
784
952
Safety considerations will also point to the preferential use of @SUBJECT$ in other circumstances, for example, @PREDICAT$ @OBJECT$ with pronounced renal impairment.
Probable
preserve
1794-1796
1794-1796
T98
in
TREATS
1,794
1,796
preserve
1768-1775
1768-1775
T94
therapy
TherapeuticOrPreventiveProcedure
1,768
1,775
preserve
1797-1821
1813-1821
T96
type 2 diabetes mellitus
DiseaseOrSyndrome
1,797
1,821
A12
Insulin therapy can be successful in type 2 diabetes mellitus if patients are carefully selected.
1760-1863
1,760
1,863
Insulin @SUBJECT$ can be successful @PREDICAT$ @OBJECT$ if patients are carefully selected.
Fact
preserve
2338-2352
2344-2352
T127
obese patients
PROCESS_OF
2,338
2,352
preserve
2338-2343
2338-2343
T125
obese
DiseaseOrSyndrome
2,338
2,343
preserve
2344-2352
2344-2352
T126
patients
PatientOrDisabledGroup
2,344
2,352
A13
Bodyweight gain may be lessened by the concomitant use of metformin and troglitazone may improve glycaemic control in obese patients.
2214-2353
2,214
2,353
Bodyweight gain may be lessened by the concomitant use of metformin and troglitazone may improve glycaemic control in @SUBJECT$ @PREDICAT$ @OBJECT$ .
Fact
preserve
59-61
59-61
T7
in
ASSOCIATED_WITH
59
61
preserve
51-58
51-58
T5
insulin
AminoAcidPeptideOrProtein
51
58
preserve
62-92
84-92
T6
type 2 diabetes mellitus
DiseaseOrSyndrome
62
92
A14
Benefits and risks of transfer from oral agents to insulin in type 2 diabetes mellitus.
0-93
0
93
Benefits and risks of transfer from oral agents to @SUBJECT$ @PREDICAT$ @OBJECT$ .
Fact
preserve
913-917
913-917
T50
with
PROCESS_OF
913
917
preserve
929-951
941-951
T48
renal impairment
DiseaseOrSyndrome
929
951
preserve
904-912
904-912
T47
patients
PatientOrDisabledGroup
904
912
A15
Safety considerations will also point to the preferential use of insulin in other circumstances, for example, in patients with pronounced renal impairment.
784-952
784
952
Safety considerations will also point to the preferential use of insulin in other circumstances, for example, in @OBJECT$ @PREDICAT$ pronounced @SUBJECT$ .
Fact
preserve
1486-1488
1486-1488
T84
in
PROCESS_OF
1,486
1,488
preserve
1426-1439
1426-1439
T79
hypoglycaemia
DiseaseOrSyndrome
1,426
1,439
preserve
1489-1497
1489-1497
T82
patients
PatientOrDisabledGroup
1,489
1,497
A16
However, severe hypoglycaemia occurs with considerably lower frequency than in patients with type 1 diabetes mellitus.
1404-1534
1,404
1,534
However, severe @SUBJECT$ occurs with considerably lower frequency than @PREDICAT$ @OBJECT$ with type 1 diabetes mellitus.
Fact
preserve
1003-1007
1003-1007
T64
with
PROCESS_OF
1,003
1,007
preserve
1008-1038
1030-1038
T55
type 2 diabetes mellitus
DiseaseOrSyndrome
1,008
1,038
preserve
994-1002
994-1002
T54
patients
PatientOrDisabledGroup
994
1,002
A17
In addition, a significant proportion of patients with type 2 diabetes mellitus will ultimately require insulin therapy in the long term because of failure of oral agents to provide adequate glycaemic control (i.e.
953-1179
953
1,179
In addition, a significant proportion of @OBJECT$ @PREDICAT$ @SUBJECT$ will ultimately require insulin therapy in the long term because of failure of oral agents to provide adequate glycaemic control (i.e.
Possible
preserve
2335-2337
2335-2337
T128
in
TREATS
2,335
2,337
preserve
2278-2287
2278-2287
T122
metformin
OrganicChemical
2,278
2,287
preserve
2344-2352
2344-2352
T126
patients
PatientOrDisabledGroup
2,344
2,352
A18
Bodyweight gain may be lessened by the concomitant use of metformin and troglitazone may improve glycaemic control in obese patients.
2214-2353
2,214
2,353
Bodyweight gain may be lessened by the concomitant use of @SUBJECT$ and troglitazone may improve glycaemic control @PREDICAT$ obese @OBJECT$ .
Fact
preserve
464-471
464-471
T31
therapy
TREATS
464
471
preserve
448-460
448-460
T28
theophylline
BiologicallyActiveSubstance
448
460
preserve
476-479
476-479
T30
CLL
NeoplasticProcess
476
479
A1
The clinical courses of the responders are presented, and the literature concerning theophylline as therapy for CLL is reviewed.
357-492
357
492
The clinical courses of the responders are presented, and the literature concerning @SUBJECT$ as @PREDICAT$ for @OBJECT$ is reviewed.
Probable
preserve
120-129
120-129
T14
treatment
TREATS
120
129
preserve
70-82
70-82
T5
Theophylline
BiologicallyActiveSubstance
70
82
preserve
134-140
134-140
T8
asthma
DiseaseOrSyndrome
134
140
A5
Theophylline, a methylxanthine commonly used as a treatment for asthma, has been shown to induce apoptosis in chronic lymphocytic leukemia (CLL) cells both in vitro and in vivo.
70-260
70
260
@SUBJECT$ , a methylxanthine commonly used as a @PREDICAT$ for @OBJECT$ , has been shown to induce apoptosis in chronic lymphocytic leukemia (CLL) cells both in vitro and in vivo.
Fact
preserve
292-304
296-304
T23
CLL patients
PROCESS_OF
292
304
preserve
292-295
292-295
T18
CLL
NeoplasticProcess
292
295
preserve
296-304
296-304
T19
patients
PatientOrDisabledGroup
296
304
A8
We have treated three advanced CLL patients with theophylline, and seen responses in two.
261-356
261
356
We have treated three advanced @SUBJECT$ @PREDICAT$ @OBJECT$ with theophylline, and seen responses in two.
Fact
preserve
821-851
838-851
T58
glucocorticoids (dexamethasone
INTERACTS_WITH
821
851
preserve
985-1016
1009-1016
T54
corticotropin-releasing hormone
AminoAcidPeptideOrProtein
985
1,016
preserve
838-851
838-851
T46
dexamethasone
PharmacologicSubstance
838
851
A2
The aim of this study was to determine the effects of glucocorticoids (dexamethasone) given intracerebroventricularly to normal rats on body weight homeostasis and hypothalamic levels of neuropeptide Y and corticotropin-releasing hormone.
761-1017
761
1,017
The aim of this study was to determine the effects of @PREDICAT$ @OBJECT$ ) given intracerebroventricularly to normal rats on body weight homeostasis and hypothalamic levels of neuropeptide Y and @SUBJECT$ .
Fact
preserve
730-736
730-736
T41
within
LOCATION_OF
730
736
preserve
747-759
747-759
T40
hypothalamus
BodyPartOrganOrOrganComponent
747
759
preserve
700-714
713-714
T38
neuropeptide Y
AminoAcidPeptideOrProtein
700
714
A3
Such dual action of glucocorticoids may occur within the central nervous system, since both neuropeptide Y and leptin act within the hypothalamus.
602-760
602
760
Such dual action of glucocorticoids may occur within the central nervous system, since both @OBJECT$ and leptin act @PREDICAT$ the @SUBJECT$ .
Fact
preserve
821-851
838-851
T55
glucocorticoids (dexamethasone
ISA
821
851
preserve
838-851
838-851
T46
dexamethasone
PharmacologicSubstance
838
851
preserve
821-836
821-836
T45
glucocorticoids
Hormone
821
836
A4
The aim of this study was to determine the effects of glucocorticoids (dexamethasone) given intracerebroventricularly to normal rats on body weight homeostasis and hypothalamic levels of neuropeptide Y and corticotropin-releasing hormone.
761-1017
761
1,017
The aim of this study was to determine the effects of @OBJECT$ @PREDICAT$ @SUBJECT$ ) given intracerebroventricularly to normal rats on body weight homeostasis and hypothalamic levels of neuropeptide Y and corticotropin-releasing hormone.
Fact
preserve
804-811
804-811
T56
effects
INTERACTS_WITH
804
811
preserve
985-1016
1009-1016
T54
corticotropin-releasing hormone
AminoAcidPeptideOrProtein
985
1,016
preserve
821-836
821-836
T45
glucocorticoids
Hormone
821
836
A7
The aim of this study was to determine the effects of glucocorticoids (dexamethasone) given intracerebroventricularly to normal rats on body weight homeostasis and hypothalamic levels of neuropeptide Y and corticotropin-releasing hormone.
761-1017
761
1,017
The aim of this study was to determine the @PREDICAT$ of @OBJECT$ (dexamethasone) given intracerebroventricularly to normal rats on body weight homeostasis and hypothalamic levels of neuropeptide Y and @SUBJECT$ .
Probable
preserve
1987-1993
1987-1993
T116
induce
CAUSES
1,987
1,993
preserve
1965-1980
1965-1980
T111
glucocorticoids
Hormone
1,965
1,980
preserve
2005-2013
2005-2013
T113
syndrome
DiseaseOrSyndrome
2,005
2,013
A8
These results suggest that glucocorticoids induce an obesity syndrome in rodents by acting centrally and not peripherally.
1938-2066
1,938
2,066
These results suggest that @SUBJECT$ @PREDICAT$ an obesity @OBJECT$ in rodents by acting centrally and not peripherally.
Fact
preserve
730-736
730-736
T41
within
LOCATION_OF
730
736
preserve
747-759
747-759
T40
hypothalamus
BodyPartOrganOrOrganComponent
747
759
preserve
719-725
719-725
T39
leptin
AminoAcidPeptideOrProtein
719
725
A9
Such dual action of glucocorticoids may occur within the central nervous system, since both neuropeptide Y and leptin act within the hypothalamus.
602-760
602
760
Such dual action of glucocorticoids may occur within the central nervous system, since both neuropeptide Y and @OBJECT$ act @PREDICAT$ the @SUBJECT$ .
Fact
preserve
821-851
838-851
T58
glucocorticoids (dexamethasone
INTERACTS_WITH
821
851
preserve
960-974
973-974
T53
neuropeptide Y
AminoAcidPeptideOrProtein
960
974
preserve
838-851
838-851
T46
dexamethasone
PharmacologicSubstance
838
851
A12
The aim of this study was to determine the effects of glucocorticoids (dexamethasone) given intracerebroventricularly to normal rats on body weight homeostasis and hypothalamic levels of neuropeptide Y and corticotropin-releasing hormone.
761-1017
761
1,017
The aim of this study was to determine the effects of @PREDICAT$ @OBJECT$ ) given intracerebroventricularly to normal rats on body weight homeostasis and hypothalamic levels of @SUBJECT$ and corticotropin-releasing hormone.
Fact
preserve
1107-1116
1107-1116
T72
increases
AUGMENTS
1,107
1,116
preserve
1037-1051
1037-1051
T61
glucocorticoid
Hormone
1,037
1,051
preserve
1120-1131
1125-1131
T67
food intake
OrganismFunction
1,120
1,131
A13
Continuous central glucocorticoid infusion for 3 days resulted in marked sustained increases in food intake and body weight relative to saline-infused controls.
1018-1190
1,018
1,190
Continuous central @SUBJECT$ infusion for 3 days resulted in marked sustained @PREDICAT$ in @OBJECT$ and body weight relative to saline-infused controls.
Fact
preserve
0-9
0-9
T7
Induction
CAUSES
0
9
preserve
52-66
52-66
T4
glucocorticoid
Hormone
52
66
preserve
13-20
13-20
T2
obesity
DiseaseOrSyndrome
13
20
A14
Induction of obesity and hyperleptinemia by central glucocorticoid infusion in the rat.
0-93
0
93
@PREDICAT$ of @OBJECT$ and hyperleptinemia by central @SUBJECT$ infusion in the rat.
Fact
preserve
186-199
192-199
T19
human obesity
PROCESS_OF
186
199
preserve
192-199
192-199
T14
obesity
DiseaseOrSyndrome
192
199
preserve
186-191
186-191
T13
human
Human
186
191
A15
It has been claimed that factors favoring the development or maintenance of animal or human obesity may include increases in glucocorticoid production or hyperresponsiveness of the hypothalamic-pituitary-adrenal axis.
94-323
94
323
It has been claimed that factors favoring the development or maintenance of animal or @OBJECT$ @PREDICAT$ @SUBJECT$ may include increases in glucocorticoid production or hyperresponsiveness of the hypothalamic-pituitary-adrenal axis.
Fact
preserve
804-811
804-811
T56
effects
INTERACTS_WITH
804
811
preserve
960-974
973-974
T53
neuropeptide Y
AminoAcidPeptideOrProtein
960
974
preserve
821-836
821-836
T45
glucocorticoids
Hormone
821
836
A16
The aim of this study was to determine the effects of glucocorticoids (dexamethasone) given intracerebroventricularly to normal rats on body weight homeostasis and hypothalamic levels of neuropeptide Y and corticotropin-releasing hormone.
761-1017
761
1,017
The aim of this study was to determine the @PREDICAT$ of @OBJECT$ (dexamethasone) given intracerebroventricularly to normal rats on body weight homeostasis and hypothalamic levels of @SUBJECT$ and corticotropin-releasing hormone.
Fact
preserve
466-473
466-473
T29
produce
CAUSES
466
473
preserve
448-462
461-462
T26
neuropeptide Y
AminoAcidPeptideOrProtein
448
462
preserve
474-481
474-481
T27
obesity
DiseaseOrSyndrome
474
481
A17
In normal rats, glucocorticoids have been shown to be necessary for chronic intracerebroventricular infusion of neuropeptide Y to produce obesity and related abnormalities.
324-514
324
514
In normal rats, glucocorticoids have been shown to be necessary for chronic intracerebroventricular infusion of @SUBJECT$ to @PREDICAT$ @OBJECT$ and related abnormalities.
Fact
preserve
2014-2016
2014-2016
T117
in
PROCESS_OF
2,014
2,016
preserve
2005-2013
2005-2013
T113
syndrome
DiseaseOrSyndrome
2,005
2,013
preserve
2017-2024
2017-2024
T114
rodents
Mammal
2,017
2,024
A18
These results suggest that glucocorticoids induce an obesity syndrome in rodents by acting centrally and not peripherally.
1938-2066
1,938
2,066
These results suggest that glucocorticoids induce an obesity @SUBJECT$ @PREDICAT$ @OBJECT$ by acting centrally and not peripherally.
Fact
preserve
1690-1706
1699-1706
T85
valvular disease
LOCATION_OF
1,690
1,706
preserve
1690-1698
1690-1698
T82
valvular
BodyPartOrganOrOrganComponent
1,690
1,698
preserve
1699-1706
1699-1706
T83
disease
DiseaseOrSyndrome
1,699
1,706
A3
Other interventions include the selective use of beta blockers, adequate analgesia for all, control of hypertension, and appropriate volume management, especially in the settings of preexisting CHF or valvular disease.
1477-1707
1,477
1,707
Other interventions include the selective use of beta blockers, adequate analgesia for all, control of hypertension, and appropriate volume management, especially in the settings of preexisting CHF or @SUBJECT$ @PREDICAT$ @OBJECT$ .
Fact
preserve
2716-2720
2716-2720
T135
risk
PREDISPOSES
2,716
2,720
preserve
2693-2701
2693-2701
T131
Diabetes
DiseaseOrSyndrome
2,693
2,701
preserve
2730-2739
2730-2739
T133
infection
DiseaseOrSyndrome
2,730
2,739
A4
Diabetes increases the risk of infection and cardiac complications.
2693-2766
2,693
2,766
@SUBJECT$ increases the @PREDICAT$ of @OBJECT$ and cardiac complications.
Fact
preserve
2299-2303
2299-2303
T130
with
PROCESS_OF
2,299
2,303
preserve
2324-2332
2324-2332
T114
diseases
DiseaseOrSyndrome
2,324
2,332
preserve
2290-2298
2290-2298
T112
Patients
PatientOrDisabledGroup
2,290
2,298
A5
Patients with rheumatologic diseases have specific concerns based on systemic manifestations of disease including anemia, thrombocytopenia, pulmonary fibrosis, pericarditis, and hypercoagulability; medication effects particularly from steroids and nonsteroidal anti-inflammatory drugs; and specific joint problems including contractures and atlantoaxial joint instability.
2290-2692
2,290
2,692
@OBJECT$ @PREDICAT$ rheumatologic @SUBJECT$ have specific concerns based on systemic manifestations of disease including anemia, thrombocytopenia, pulmonary fibrosis, pericarditis, and hypercoagulability; medication effects particularly from steroids and nonsteroidal anti-inflammatory drugs; and specific joint problems including contractures and atlantoaxial joint instability.
Fact
preserve
1190-1197
1190-1197
T61
benefit
TREATS
1,190
1,197
preserve
1222-1239
1222-1239
T60
revascularization
TherapeuticOrPreventiveProcedure
1,222
1,239
preserve
1176-1184
1176-1184
T58
patients
PatientOrDisabledGroup
1,176
1,184
A6
Clinical variables are optimally combined with selective stress testing to discern which patients will benefit from preoperative revascularization.
1081-1240
1,081
1,240
Clinical variables are optimally combined with selective stress testing to discern which @OBJECT$ will @PREDICAT$ from preoperative @SUBJECT$ .
Fact
preserve
1592-1594
1592-1594
T100
of
PART_OF
1,592
1,594
preserve
1584-1591
1584-1591
T93
kidneys
BodyPartOrganOrOrganComponent
1,584
1,591
preserve
1595-1599
1595-1599
T94
rats
Mammal
1,595
1,599
A1
Arteriolar fibrinoid necrosis was a prominent feature in kidneys of rats infused with AII from 4 to 8 weeks after TBI.
1521-1645
1,521
1,645
Arteriolar fibrinoid necrosis was a prominent feature in @SUBJECT$ @PREDICAT$ @OBJECT$ infused with AII from 4 to 8 weeks after TBI.
Fact
preserve
1521-1550
1542-1550
T98
Arteriolar fibrinoid necrosis
LOCATION_OF
1,521
1,550
preserve
1521-1531
1521-1531
T90
Arteriolar
BodyPartOrganOrOrganComponent
1,521
1,531
preserve
1532-1550
1542-1550
T91
fibrinoid necrosis
PathologicFunction
1,532
1,550
A2
Arteriolar fibrinoid necrosis was a prominent feature in kidneys of rats infused with AII from 4 to 8 weeks after TBI.
1521-1645
1,521
1,645
@SUBJECT$ @PREDICAT$ @OBJECT$ was a prominent feature in kidneys of rats infused with AII from 4 to 8 weeks after TBI.
Fact
preserve
1123-1129
1123-1129
T64
caused
CAUSES
1,123
1,129
preserve
1111-1122
1111-1122
T57
Irradiation
TherapeuticOrPreventiveProcedure
1,111
1,122
preserve
1143-1155
1143-1155
T59
hypertension
DiseaseOrSyndrome
1,143
1,155
A3
Irradiation caused azotemia and hypertension, which were not exacerbated by AII infusion at 200 ng/kg/min.
1111-1223
1,111
1,223
@SUBJECT$ @PREDICAT$ azotemia and @OBJECT$ , which were not exacerbated by AII infusion at 200 ng/kg/min.
Counterfact
preserve
1178-1189
1178-1189
T66
exacerbated
AFFECTS
1,178
1,189
preserve
1193-1196
1193-1196
T61
AII
AminoAcidPeptideOrProtein
1,193
1,196
preserve
1143-1155
1143-1155
T59
hypertension
DiseaseOrSyndrome
1,143
1,155
A4
Irradiation caused azotemia and hypertension, which were not exacerbated by AII infusion at 200 ng/kg/min.
1111-1223
1,111
1,223
Irradiation caused azotemia and @OBJECT$ , which were not @PREDICAT$ by @SUBJECT$ infusion at 200 ng/kg/min.
Fact
preserve
1980-2015
2007-2015
T129
arteriolar fibrinoid necrosis
LOCATION_OF
1,980
2,015
preserve
1980-1990
1980-1990
T120
arteriolar
BodyPartOrganOrOrganComponent
1,980
1,990
preserve
1991-2015
2007-2015
T121
fibrinoid necrosis
PathologicFunction
1,991
2,015
A5
The occurrence of arteriolar fibrinoid necrosis in the irradiated, 4-to-8-week-infused animals suggests that vascular injury during that interval determines later outcome.
1962-2145
1,962
2,145
The occurrence of @SUBJECT$ @PREDICAT$ @OBJECT$ in the irradiated, 4-to-8-week-infused animals suggests that vascular injury during that interval determines later outcome.
Fact
preserve
2016-2018
2016-2018
T130
in
PROCESS_OF
2,016
2,018
preserve
1991-2015
2007-2015
T121
fibrinoid necrosis
PathologicFunction
1,991
2,015
preserve
2055-2062
2055-2062
T124
animals
Animal
2,055
2,062
A8
The occurrence of arteriolar fibrinoid necrosis in the irradiated, 4-to-8-week-infused animals suggests that vascular injury during that interval determines later outcome.
1962-2145
1,962
2,145
The occurrence of arteriolar @SUBJECT$ @PREDICAT$ the irradiated, 4-to-8-week-infused @OBJECT$ suggests that vascular injury during that interval determines later outcome.
Fact
preserve
1123-1129
1123-1129
T64
caused
CAUSES
1,123
1,129
preserve
1111-1122
1111-1122
T57
Irradiation
TherapeuticOrPreventiveProcedure
1,111
1,122
preserve
1130-1138
1130-1138
T58
azotemia
DiseaseOrSyndrome
1,130
1,138
A9
Irradiation caused azotemia and hypertension, which were not exacerbated by AII infusion at 200 ng/kg/min.
1111-1223
1,111
1,223
@SUBJECT$ @PREDICAT$ @OBJECT$ and hypertension, which were not exacerbated by AII infusion at 200 ng/kg/min.
Counterfact
preserve
979-984
979-984
T50
cause
CAUSES
979
984
preserve
952-955
952-955
T46
AII
AminoAcidPeptideOrProtein
952
955
preserve
991-999
991-999
T49
azotemia
DiseaseOrSyndrome
991
999
A10
AII infusion alone did not cause azotemia.
952-1000
952
1,000
@SUBJECT$ infusion alone did not @PREDICAT$ @OBJECT$ .
Fact
preserve
1575-1577
1575-1577
T99
in
LOCATION_OF
1,575
1,577
preserve
1584-1591
1584-1591
T93
kidneys
BodyPartOrganOrOrganComponent
1,584
1,591
preserve
1532-1550
1542-1550
T91
fibrinoid necrosis
PathologicFunction
1,532
1,550
A13
Arteriolar fibrinoid necrosis was a prominent feature in kidneys of rats infused with AII from 4 to 8 weeks after TBI.
1521-1645
1,521
1,645
Arteriolar @OBJECT$ was a prominent feature @PREDICAT$ @SUBJECT$ of rats infused with AII from 4 to 8 weeks after TBI.
Fact
preserve
24-35
24-35
T5
exacerbates
AFFECTS
24
35
preserve
0-14
0-11
T1
Angiotensin II
AminoAcidPeptideOrProtein
0
14
preserve
46-57
46-57
T4
nephropathy
DiseaseOrSyndrome
46
57
A14
Angiotensin II infusion exacerbates radiation nephropathy.
0-58
0
58
@SUBJECT$ infusion @PREDICAT$ radiation @OBJECT$ .
Fact
preserve
100-110
100-110
T11
exacerbate
AFFECTS
100
110
preserve
80-94
80-91
T7
angiotensin II
AminoAcidPeptideOrProtein
80
94
preserve
121-132
121-132
T9
nephropathy
DiseaseOrSyndrome
121
132
A15
We hypothesized that angiotensin II will exacerbate radiation nephropathy in a time-specific manner.
59-165
59
165
We hypothesized that @SUBJECT$ will @PREDICAT$ radiation @OBJECT$ in a time-specific manner.
Counterfact
preserve
1178-1189
1178-1189
T66
exacerbated
AFFECTS
1,178
1,189
preserve
1193-1196
1193-1196
T61
AII
AminoAcidPeptideOrProtein
1,193
1,196
preserve
1130-1138
1130-1138
T58
azotemia
DiseaseOrSyndrome
1,130
1,138
A16
Irradiation caused azotemia and hypertension, which were not exacerbated by AII infusion at 200 ng/kg/min.
1111-1223
1,111
1,223
Irradiation caused @OBJECT$ and hypertension, which were not @PREDICAT$ by @SUBJECT$ infusion at 200 ng/kg/min.