Evaluation of inter- and intra-fraction 6D motion for stereotactic body radiation therapy of spinal metastases: influence of treatment time von Hadj Henni, Ahmed, Gensanne, David, Roge, Maximilien, Hanzen, Chantal, Bulot, Guillaume, Colard, Elyse, Thureau, Sebastien

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Evaluation of a Dedicated Software "Elements™ Spine SRS, Brainlab ® " for Target Volume Definition in the Treatment of Spinal Bone Metastases With Stereotactic Body Radiotherapy von Rogé, Maximilien, Henni, Ahmed Hadj, Neggaz, Yasmine Adda, Mallet, Romain, Hanzen, Chantal, Dubray, Bernard, Colard, Elyse, Gensanne, David, Thureau, Sébastien

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ExacTrac X-Ray 6D Imaging During Stereotactic Body Radiation Therapy of Spinal and Nonspinal Metastases von Hadj Henni, Ahmed, Gensanne, David, Bulot, Guillaume, Roge, Maximilien, Mallet, Romain, Colard, Elyse, Daras, Marie, Hanzen, Chantal, Thureau, Sebastien

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A new methodology to derive 3D kinetic parametric FDG PET images based on a mathematical approach integrating an error model of measurement von Colard, Elyse, Delcourt, Sarkis, Padovani, Laetitia, Thureau, Sébastien, Dumouchel, Arthur, Gouel, Pierrick, Lequesne, Justine, Ara, Bardia Farman, Vera, Pierre, Taïeb, David, Gardin, Isabelle, Barbolosi, Dominique, Hapdey, Sébastien

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ParaPET, a new methodology to derive parametric PET images of FDG kinetics based on a mathematical approach integrating an error model of measurements von Colard, Elyse, Padovani, Laetitia, Delcourt, Sarkis, Thureau, Sebastien, Ara, Bardia Farman, Gouel, Pierrick, Gardin, Isabelle, Vera, Pierre, Taïeb, David, Barbolosi, Dominique, Hapdey, Sebastien

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Méthode d'obtention d'images TEP paramétriques de la cinétique de fixation du FDG basée sur une approche mathématique intégrant un modèle d'erreur de mesures von Colard, Elyse

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