Radiation-oncology horizon 2030: From microbiota to plasma laser

C. Beaudelot; E. Bayart; J. Thariat; C. Bourgier; F. Denis; M. Hatt; D. Pasquier; C. Verry; Deutsch; A. Levy

doi:10.1016/j.canrad.2020.06.023

Radiation-oncology horizon 2030: From microbiota to plasma laser

Titre traduit de la contribution: Oncologie-radiothérapie horizon 2030: du microbiote au laser plasma

C. Beaudelot, E. Bayart, J. Thariat, C. Bourgier, F. Denis, M. Hatt, D. Pasquier, C. Verry, Deutsch, A. Levy

Résultats de recherche: Contribution à un journal › Article 'review' › Revue par des pairs

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Résumé

Advances in physical, technological and biological fields have made radiation oncology a discipline in continual evolution. New current research areas could be implemented in the clinic in the near future. In this review in the form of several interviews, various promising themes for our specialty are described such as the gut microbiota, tumor organoids (or avatar), artificial intelligence, connected therapies, nanotechnologies and plasma laser. The individual prediction of the best therapeutic index combined with the integration of new technologies will ideally allow highly personalized treatment of patients receiving radiation therapy.

Titre traduit de la contribution	Oncologie-radiothérapie horizon 2030: du microbiote au laser plasma
langue originale	Anglais
Pages (de - à)	744-750
Nombre de pages	7
journal	Cancer/Radiotherapie
Volume	24
Numéro de publication	6-7
Les DOIs	https://doi.org/10.1016/j.canrad.2020.06.023
état	Publié - 1 oct. 2020

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10.1016/j.canrad.2020.06.023

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title = "Radiation-oncology horizon 2030: From microbiota to plasma laser",

abstract = "Advances in physical, technological and biological fields have made radiation oncology a discipline in continual evolution. New current research areas could be implemented in the clinic in the near future. In this review in the form of several interviews, various promising themes for our specialty are described such as the gut microbiota, tumor organoids (or avatar), artificial intelligence, connected therapies, nanotechnologies and plasma laser. The individual prediction of the best therapeutic index combined with the integration of new technologies will ideally allow highly personalized treatment of patients receiving radiation therapy.",

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author = "C. Beaudelot and E. Bayart and J. Thariat and C. Bourgier and F. Denis and M. Hatt and D. Pasquier and C. Verry and Deutsch and A. Levy",

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AU - Beaudelot, C.

AU - Bayart, E.

AU - Thariat, J.

AU - Bourgier, C.

AU - Denis, F.

AU - Hatt, M.

AU - Pasquier, D.

AU - Verry, C.

AU - Deutsch,

AU - Levy, A.

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AB - Advances in physical, technological and biological fields have made radiation oncology a discipline in continual evolution. New current research areas could be implemented in the clinic in the near future. In this review in the form of several interviews, various promising themes for our specialty are described such as the gut microbiota, tumor organoids (or avatar), artificial intelligence, connected therapies, nanotechnologies and plasma laser. The individual prediction of the best therapeutic index combined with the integration of new technologies will ideally allow highly personalized treatment of patients receiving radiation therapy.

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KW - Intestinal flora

KW - Ionizing radiation

KW - Patient Reporting Outcomes (PROs)

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