| Literature DB >> 30658886 |
Stefano Arcangeli1, Barbara Alicia Jereczek-Fossa2, Filippo Alongi3, Cynthia Aristei4, Carlotta Becherini5, Liliana Belgioia6, Michela Buglione7, Luciana Caravatta8, Rolando Maria D'Angelillo9, Andrea Riccardo Filippi10, Michele Fiore9, Domenico Genovesi8, Carlo Greco9, Lorenzo Livi5, Stefano Maria Magrini7, Giulia Marvaso2, Rosario Mazzola3, Icro Meattini5, Anna Merlotti11, Isabella Palumbo4, Stefano Pergolizzi12, Sara Ramella9, Umberto Ricardi13, Elvio Russi11, Marco Trovò14, Alessandro Sindoni15, Vincenzo Valentini16, Renzo Corvò6.
Abstract
Over the past century, technologic advances have promoted the evolution of radiation therapy into a precise treatment modality allowing for the maximal administration of dose to tumors while sparing normal tissues. In parallel with this technological maturation, the rapid expansion in understanding the basic biology and heterogeneity of cancer has led to the development of several compounds that target specific pathways. Many of them are in advanced steps of clinical development for combination treatments with radiotherapy, and can be incorporated into radiation oncology practice for a personalized approach to maximize the therapeutic gain. This review describes the rationale for combining novel agents with radiation, and provides an overview of the current landscape focused on treatment efficacy.Entities:
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Year: 2018 PMID: 30658886 DOI: 10.1016/j.critrevonc.2018.11.005
Source DB: PubMed Journal: Crit Rev Oncol Hematol ISSN: 1040-8428 Impact factor: 6.312