A. Terulla | AMiner学者主页

引用

AI阅读

2Forward Planning Approach for the Single-Isocenter Arc Total Body Irradiation

E. Villaggi,A. Terulla

2021Physica Medica（2021）

引用

AI阅读

3EP-1545: Evaluation of a Customized Workflow to Assess Rectum and Bladder During VMAT Prostate Cancer RT

I. Moschini,E. Donno,A. De Pasquale,A. Terulla,E. Villaggi, D. Piva

2018RADIOTHERAPY AND ONCOLOGY（2018）

引用

AI阅读

4Impact of Uptake Time in Physiological Compartments for PET/CT Examination

F. Bergesio,A. Terulla,D. Guerra,E. Bertone,S. Chauvie

Introduction: Positron Emission Tomography (PET) imaging at more than 1 h after 2-deoxy-2-[18F]fluoro-D-glucose (FDG) administration may result in possibly decreased normal FDG uptake in tissues as liver. The purpose of this study was to measure FDG PET standardized uptake values (SUVs) change over time in three physiological compartments: liver, lung and Blood Pool (BP).

2016Physica Medica（2016）

引用

AI阅读

5Application of LIDEA (liver DEtection Algorithm) for PET/CT Scans

E. Bertone,F. Bergesio,A. Terulla,P. Cerello,S. Chauvie

Introduction: The aim of this work was to study the distribution of liver SUV in a large population of patients undergoing whole-body 18FDG Positron Emission Tomography/Computed Tomography (PET/CT).

2016Physica Medica（2016）

引用

AI阅读

6Application of Standardized Procedure Enhances Reliability of SUV Data in PET/CT Studies

F. Bergesio,A. Terulla,E. Bertone,S. Chauvie

Introduction: Standardized Uptake Value (SUV) and derived metrics are frequently used in clinical practice and in clinical trials as a marker of tumor avidity. Although SUV value is affected by several well-known factors. The aim of this work was to endeavor whether using standardized procedure for Positron Emission Tomography/Computed Tomography (PET/CT) could reduce the error in its measurement.

2016Physica Medica（2016）

引用

AI阅读

7Treatment Planning Experience in Radioembolization of Hepatocarcinoma with Y-90 Microspheres