none4noComputed Tomography perfusion (CTp) is a functional imaging technique with a wide application in the oncological field. CTp allows detecting the presence of tumour abnormal hemodynamic patterns, by analysing the tissue temporal variations occurring after the administration of the contrast medium. This work presents a novel approach to extract meaningful features from blood flow (BF) maps of lung cancers, which could act as a prognostic image-based biomarker.noneSerena Baiocco, Domenico Barone, Giampaolo Gavelli, Alessandro BevilacquaSerena Baiocco, Domenico Barone, Giampaolo Gavelli, Alessandro Bevilacqu
none5Rationale and Objectives: Tissue perfusion is commonly used to evaluate lung tumor lesions th...
none4Purpose: In clinical routine the effectiveness of therapy in treatment of lung tumours mainly r...
Objectives. To characterize tumour baseline blood flow (BF) in two lung cancer subtypes, adenocarcin...
Computed Tomography perfusion (CTp) is a functional imaging technique with a wide application in the...
Computed Tomography perfusion (CTp) is a functional imaging technique, which allows detecting the pr...
none4noPurpose: This study aims to assess the effectiveness of second-order texture features compu...
In the oncology field, the anti-angiogenetic therapies aim at inhibiting tumour vascularization, tha...
none4Purpose: The aim of this work is to detect and highlight blood vessels, artefacts, and statis...
Introduction: To determine whether Computed Tomography Perfusion (CTP) can predict treatment respons...
Objectives. To characterize tumour baseline blood flow (BF) in two lung cancer subtypes, adenocarcin...
The presence of tumour heterogeneity makes the clinical oncological practice very challenging, since...
none4noDOI della sezione: 10.1007/s13244-016-0475-8Purpose: This study aims at assessing if, and t...
none4noPurpose: To explore correlation between features extracted by CT perfusion (CTp) colorimetr...
Robust technique and accurate data analysis are required for reliable computed tomography perfusion ...
Robust technique and accurate data analysis are required for reliable computed tomography perfusion ...
none5Rationale and Objectives: Tissue perfusion is commonly used to evaluate lung tumor lesions th...
none4Purpose: In clinical routine the effectiveness of therapy in treatment of lung tumours mainly r...
Objectives. To characterize tumour baseline blood flow (BF) in two lung cancer subtypes, adenocarcin...
Computed Tomography perfusion (CTp) is a functional imaging technique with a wide application in the...
Computed Tomography perfusion (CTp) is a functional imaging technique, which allows detecting the pr...
none4noPurpose: This study aims to assess the effectiveness of second-order texture features compu...
In the oncology field, the anti-angiogenetic therapies aim at inhibiting tumour vascularization, tha...
none4Purpose: The aim of this work is to detect and highlight blood vessels, artefacts, and statis...
Introduction: To determine whether Computed Tomography Perfusion (CTP) can predict treatment respons...
Objectives. To characterize tumour baseline blood flow (BF) in two lung cancer subtypes, adenocarcin...
The presence of tumour heterogeneity makes the clinical oncological practice very challenging, since...
none4noDOI della sezione: 10.1007/s13244-016-0475-8Purpose: This study aims at assessing if, and t...
none4noPurpose: To explore correlation between features extracted by CT perfusion (CTp) colorimetr...
Robust technique and accurate data analysis are required for reliable computed tomography perfusion ...
Robust technique and accurate data analysis are required for reliable computed tomography perfusion ...
none5Rationale and Objectives: Tissue perfusion is commonly used to evaluate lung tumor lesions th...
none4Purpose: In clinical routine the effectiveness of therapy in treatment of lung tumours mainly r...
Objectives. To characterize tumour baseline blood flow (BF) in two lung cancer subtypes, adenocarcin...