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- W2942239013 abstract "Delineating the gross tumor volume (GTV) is a core task within radiation treatment planning. GTVs must be precisely defined irrespective of the region involved, but even more so in a sensitive area such as the brain. As precision medicine cannot exist without precision imaging, the current article aims to discuss the various imaging modalities employed in the radiation treatment planning of brain tumors. Gliomas, meningiomas, and paragangliomas are some of the most challenging tumors and the advancement in diagnostic imaging can significantly contribute to their delineation. For gliomas, irradiation based on multiparametric magnetic resonance imaging (MRI) and amino-acid positron emission tomography (PET)/computed tomography (CT) may have a higher sensitivity and specificity, which could lead to a better sparing of organs at risk and help distinguish between tumor, edema, and radiogenic alterations. Meningiomas and paragangliomas are often associated with a good prognosis. Therefore, GTV delineation according to MRI and somatostatin receptor ligand-PET/CT plays an essential role in sparing sensitive structures and maintaining a good quality of life for these patients. The combination of multiparametric MRI and PET/CT (possibly in the form of PET/MRI) presently appears to be the optimal approach for target volume delineation. The comparative efficacy of these imaging modalities has to be further evaluated in prospective trials." @default.
- W2942239013 created "2019-05-03" @default.
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- W2942239013 creator A5061037633 @default.
- W2942239013 creator A5061274498 @default.
- W2942239013 creator A5080877411 @default.
- W2942239013 date "2019-04-01" @default.
- W2942239013 modified "2023-09-28" @default.
- W2942239013 title "Neuroimaging for Radiation Therapy of Brain Tumors" @default.
- W2942239013 cites W1490675047 @default.
- W2942239013 cites W1527004007 @default.
- W2942239013 cites W1566811833 @default.
- W2942239013 cites W1601464678 @default.
- W2942239013 cites W1922259454 @default.
- W2942239013 cites W1941393957 @default.
- W2942239013 cites W1965339680 @default.
- W2942239013 cites W1976678743 @default.
- W2942239013 cites W1977809307 @default.
- W2942239013 cites W1978881309 @default.
- W2942239013 cites W1980579751 @default.
- W2942239013 cites W1981424747 @default.
- W2942239013 cites W1981872814 @default.
- W2942239013 cites W1985369834 @default.
- W2942239013 cites W1989478116 @default.
- W2942239013 cites W1995492403 @default.
- W2942239013 cites W2005674134 @default.
- W2942239013 cites W2007234908 @default.
- W2942239013 cites W2010851248 @default.
- W2942239013 cites W2012140744 @default.
- W2942239013 cites W2013721022 @default.
- W2942239013 cites W2014435155 @default.
- W2942239013 cites W2014647917 @default.
- W2942239013 cites W2015288103 @default.
- W2942239013 cites W2015602031 @default.
- W2942239013 cites W2029445057 @default.
- W2942239013 cites W2031944911 @default.
- W2942239013 cites W2038751110 @default.
- W2942239013 cites W2042763849 @default.
- W2942239013 cites W2044538065 @default.
- W2942239013 cites W2047710313 @default.
- W2942239013 cites W2048337313 @default.
- W2942239013 cites W2057238766 @default.
- W2942239013 cites W2059624809 @default.
- W2942239013 cites W2076649680 @default.
- W2942239013 cites W2076813977 @default.
- W2942239013 cites W2079034377 @default.
- W2942239013 cites W2085001212 @default.
- W2942239013 cites W2086465998 @default.
- W2942239013 cites W2093004449 @default.
- W2942239013 cites W2095272243 @default.
- W2942239013 cites W2096287682 @default.
- W2942239013 cites W2101922439 @default.
- W2942239013 cites W2103630928 @default.
- W2942239013 cites W2103674995 @default.
- W2942239013 cites W2104214983 @default.
- W2942239013 cites W2107731988 @default.
- W2942239013 cites W2113012900 @default.
- W2942239013 cites W2116232743 @default.
- W2942239013 cites W2118168900 @default.
- W2942239013 cites W2119838967 @default.
- W2942239013 cites W2122062060 @default.
- W2942239013 cites W2122394188 @default.
- W2942239013 cites W2124736921 @default.
- W2942239013 cites W2124898729 @default.
- W2942239013 cites W2133865472 @default.
- W2942239013 cites W2137797918 @default.
- W2942239013 cites W2147013683 @default.
- W2942239013 cites W2149918777 @default.
- W2942239013 cites W2150681517 @default.
- W2942239013 cites W2157584994 @default.
- W2942239013 cites W2158370459 @default.
- W2942239013 cites W2158681922 @default.
- W2942239013 cites W2159964832 @default.
- W2942239013 cites W2166847050 @default.
- W2942239013 cites W2228626376 @default.
- W2942239013 cites W2306490617 @default.
- W2942239013 cites W2309764718 @default.
- W2942239013 cites W2337855347 @default.
- W2942239013 cites W2528807308 @default.
- W2942239013 cites W2530633099 @default.
- W2942239013 cites W2591705762 @default.
- W2942239013 cites W2599750069 @default.
- W2942239013 cites W2610403529 @default.
- W2942239013 cites W2743282746 @default.
- W2942239013 cites W2767830385 @default.
- W2942239013 cites W2770221757 @default.
- W2942239013 cites W2792870090 @default.
- W2942239013 cites W2793549603 @default.
- W2942239013 cites W2794542645 @default.
- W2942239013 cites W2804585225 @default.
- W2942239013 cites W2888190381 @default.
- W2942239013 cites W2914199948 @default.
- W2942239013 cites W40044024 @default.
- W2942239013 doi "https://doi.org/10.1097/rmr.0000000000000198" @default.
- W2942239013 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31022049" @default.
- W2942239013 hasPublicationYear "2019" @default.
- W2942239013 type Work @default.