PubMed:11964077 JSONTXT 7 Projects

Annnotations TAB TSV DIC JSON TextAE Lectin_function IAV-Glycan

Id Subject Object Predicate Lexical cue
11964077-0#0#13#gene3576 392-756 gene3576 denotes In addition, to compare the results for carcinoma cells in effusions with corresponding primary tumors and metastatic lesions, and analyze their prognostic role. Sections from 66 effusions and 90 primary and metastatic lesions from 62 ovarian and primary peritoneal carcinoma patients, were evaluated for expression of basic fibroblast factor (bFGF), interleukin-8
11964077-4#85#113#diseaseC1514428 639-667 diseaseC1514428 denotes primary peritoneal carcinoma
11964077-4#189#202#gene3576 743-756 gene3576 denotes interleukin-8
11964077-0#18#52#gene7422 769-803 gene7422 denotes vascular endothelial growth factor
11964077-4#215#249#gene7422 769-803 gene7422 denotes vascular endothelial growth factor
11964077-4#251#255#gene7422 805-809 gene7422 denotes VEGF
11964077-0#99#116#diseaseC0029925 1491-2105 diseaseC0029925 denotes of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila
11964077-0#99#116#diseaseC0677886 1491-2105 diseaseC0677886 denotes of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila
11964077-0#99#116#diseaseC0029925 1491-2105 diseaseC0029925 denotes of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila
11964077-0#99#116#diseaseC0677886 1491-2105 diseaseC0677886 denotes of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila
11964077-10#74#78#gene7422 1494-1498 gene7422 denotes VEGF
11964077-10#135#145#diseaseC0027627 1555-1565 diseaseC0027627 denotes metastases
11964077-11#0#4#gene3576 1579-1583 gene3576 denotes IL-8
11964077-11#71#81#diseaseC0027627 1650-1660 diseaseC0027627 denotes metastases
11964077-17#31#43#diseaseC0280100 2260-2272 diseaseC0280100 denotes solid tumors
11964077-17#31#43#diseaseC0280100 2260-2272 diseaseC0280100 denotes solid tumors
11964077-17#31#43#diseaseC0280100 2260-2272 diseaseC0280100 denotes solid tumors
11964077-17#72#76#gene3576 2301-2305 gene3576 denotes IL-8
11964077-17#81#85#gene7422 2310-2314 gene7422 denotes VEGF
11964077-17#217#221#gene7422 2446-2450 gene7422 denotes VEGF
11964077-17#233#237#gene3576 2462-2466 gene3576 denotes IL-8
11964077-17#303#326#diseaseC0280220 2532-2555 diseaseC0280220 denotes stage ovarian carcinoma
11964077-17#303#326#diseaseC0280220 2532-2555 diseaseC0280220 denotes stage ovarian carcinoma
11964077-17#303#326#diseaseC0280220 2532-2555 diseaseC0280220 denotes stage ovarian carcinoma
0#13#gene357699#116#diseaseC0029925 11964077-0#0#13#gene3576 11964077-0#99#116#diseaseC0029925 associated_with "In addition, to compare the results for carcinoma cells in effusions with corresponding primary tumors and metastatic lesions, and analyze their prognostic role. Sections from 66 effusions and 90 primary and metastatic lesions from 62 ovarian and primary peritoneal carcinoma patients, were evaluated for expression of basic fibroblast factor (bFGF), interleukin-8","of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila"
0#13#gene357699#116#diseaseC0029925 11964077-0#0#13#gene3576 11964077-0#99#116#diseaseC0029925 associated_with "In addition, to compare the results for carcinoma cells in effusions with corresponding primary tumors and metastatic lesions, and analyze their prognostic role. Sections from 66 effusions and 90 primary and metastatic lesions from 62 ovarian and primary peritoneal carcinoma patients, were evaluated for expression of basic fibroblast factor (bFGF), interleukin-8","of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila"
0#13#gene357699#116#diseaseC0677886 11964077-0#0#13#gene3576 11964077-0#99#116#diseaseC0677886 associated_with "In addition, to compare the results for carcinoma cells in effusions with corresponding primary tumors and metastatic lesions, and analyze their prognostic role. Sections from 66 effusions and 90 primary and metastatic lesions from 62 ovarian and primary peritoneal carcinoma patients, were evaluated for expression of basic fibroblast factor (bFGF), interleukin-8","of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila"
0#13#gene357699#116#diseaseC0677886 11964077-0#0#13#gene3576 11964077-0#99#116#diseaseC0677886 associated_with "In addition, to compare the results for carcinoma cells in effusions with corresponding primary tumors and metastatic lesions, and analyze their prognostic role. Sections from 66 effusions and 90 primary and metastatic lesions from 62 ovarian and primary peritoneal carcinoma patients, were evaluated for expression of basic fibroblast factor (bFGF), interleukin-8","of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila"
0#4#gene357671#81#diseaseC0027627 11964077-11#0#4#gene3576 11964077-11#71#81#diseaseC0027627 associated_with IL-8,metastases
18#52#gene742299#116#diseaseC0029925 11964077-0#18#52#gene7422 11964077-0#99#116#diseaseC0029925 associated_with vascular endothelial growth factor,"of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila"
18#52#gene742299#116#diseaseC0029925 11964077-0#18#52#gene7422 11964077-0#99#116#diseaseC0029925 associated_with vascular endothelial growth factor,"of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila"
18#52#gene742299#116#diseaseC0677886 11964077-0#18#52#gene7422 11964077-0#99#116#diseaseC0677886 associated_with vascular endothelial growth factor,"of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila"
18#52#gene742299#116#diseaseC0677886 11964077-0#18#52#gene7422 11964077-0#99#116#diseaseC0677886 associated_with vascular endothelial growth factor,"of VEGF, when compared with both primary tumors (P = 0.029) and metastases (P = 0.015). IL-8 showed a similar down-regulation in effusions, when compared with metastases (P = 0.005). IHC showed excellent agreement with mRNA findings on protein level. In the study of clinico-pathologic parameters, IL-8 mRNA expression in effusions was associated with higher tumor grade (P = 0.044). Angiogenic gene expression in effusions showed no correlation with patient age, previous treatment, residual tumor size, FIGO stage or disease outcome in survival analysis (P > 0.05). Peritoneal and pleural effusions showed simila"
189#202#gene357685#113#diseaseC1514428 11964077-4#189#202#gene3576 11964077-4#85#113#diseaseC1514428 associated_with interleukin-8,primary peritoneal carcinoma
215#249#gene742285#113#diseaseC1514428 11964077-4#215#249#gene7422 11964077-4#85#113#diseaseC1514428 associated_with vascular endothelial growth factor,primary peritoneal carcinoma
217#221#gene7422303#326#diseaseC0280220 11964077-17#217#221#gene7422 11964077-17#303#326#diseaseC0280220 associated_with VEGF,stage ovarian carcinoma
217#221#gene7422303#326#diseaseC0280220 11964077-17#217#221#gene7422 11964077-17#303#326#diseaseC0280220 associated_with VEGF,stage ovarian carcinoma
217#221#gene7422303#326#diseaseC0280220 11964077-17#217#221#gene7422 11964077-17#303#326#diseaseC0280220 associated_with VEGF,stage ovarian carcinoma
217#221#gene742231#43#diseaseC0280100 11964077-17#217#221#gene7422 11964077-17#31#43#diseaseC0280100 associated_with VEGF,solid tumors
217#221#gene742231#43#diseaseC0280100 11964077-17#217#221#gene7422 11964077-17#31#43#diseaseC0280100 associated_with VEGF,solid tumors
217#221#gene742231#43#diseaseC0280100 11964077-17#217#221#gene7422 11964077-17#31#43#diseaseC0280100 associated_with VEGF,solid tumors
233#237#gene3576303#326#diseaseC0280220 11964077-17#233#237#gene3576 11964077-17#303#326#diseaseC0280220 associated_with IL-8,stage ovarian carcinoma
233#237#gene3576303#326#diseaseC0280220 11964077-17#233#237#gene3576 11964077-17#303#326#diseaseC0280220 associated_with IL-8,stage ovarian carcinoma
233#237#gene3576303#326#diseaseC0280220 11964077-17#233#237#gene3576 11964077-17#303#326#diseaseC0280220 associated_with IL-8,stage ovarian carcinoma
233#237#gene357631#43#diseaseC0280100 11964077-17#233#237#gene3576 11964077-17#31#43#diseaseC0280100 associated_with IL-8,solid tumors
233#237#gene357631#43#diseaseC0280100 11964077-17#233#237#gene3576 11964077-17#31#43#diseaseC0280100 associated_with IL-8,solid tumors
233#237#gene357631#43#diseaseC0280100 11964077-17#233#237#gene3576 11964077-17#31#43#diseaseC0280100 associated_with IL-8,solid tumors
251#255#gene742285#113#diseaseC1514428 11964077-4#251#255#gene7422 11964077-4#85#113#diseaseC1514428 associated_with VEGF,primary peritoneal carcinoma
72#76#gene3576303#326#diseaseC0280220 11964077-17#72#76#gene3576 11964077-17#303#326#diseaseC0280220 associated_with IL-8,stage ovarian carcinoma
72#76#gene3576303#326#diseaseC0280220 11964077-17#72#76#gene3576 11964077-17#303#326#diseaseC0280220 associated_with IL-8,stage ovarian carcinoma
72#76#gene3576303#326#diseaseC0280220 11964077-17#72#76#gene3576 11964077-17#303#326#diseaseC0280220 associated_with IL-8,stage ovarian carcinoma
72#76#gene357631#43#diseaseC0280100 11964077-17#72#76#gene3576 11964077-17#31#43#diseaseC0280100 associated_with IL-8,solid tumors
72#76#gene357631#43#diseaseC0280100 11964077-17#72#76#gene3576 11964077-17#31#43#diseaseC0280100 associated_with IL-8,solid tumors
72#76#gene357631#43#diseaseC0280100 11964077-17#72#76#gene3576 11964077-17#31#43#diseaseC0280100 associated_with IL-8,solid tumors
74#78#gene7422135#145#diseaseC0027627 11964077-10#74#78#gene7422 11964077-10#135#145#diseaseC0027627 associated_with VEGF,metastases
81#85#gene7422303#326#diseaseC0280220 11964077-17#81#85#gene7422 11964077-17#303#326#diseaseC0280220 associated_with VEGF,stage ovarian carcinoma
81#85#gene7422303#326#diseaseC0280220 11964077-17#81#85#gene7422 11964077-17#303#326#diseaseC0280220 associated_with VEGF,stage ovarian carcinoma
81#85#gene7422303#326#diseaseC0280220 11964077-17#81#85#gene7422 11964077-17#303#326#diseaseC0280220 associated_with VEGF,stage ovarian carcinoma
81#85#gene742231#43#diseaseC0280100 11964077-17#81#85#gene7422 11964077-17#31#43#diseaseC0280100 associated_with VEGF,solid tumors
81#85#gene742231#43#diseaseC0280100 11964077-17#81#85#gene7422 11964077-17#31#43#diseaseC0280100 associated_with VEGF,solid tumors
81#85#gene742231#43#diseaseC0280100 11964077-17#81#85#gene7422 11964077-17#31#43#diseaseC0280100 associated_with VEGF,solid tumors