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. 2019 Nov 12;14:200. doi: 10.1186/s13014-019-1389-7

Table 4.

Summary of currently published studies using hypofractionated radiotherapy and temozolomide for elderly patients with glioblastomas

Author Treatment n Patients OS (mo) PFS (mo)
Minniti et al. 2009 [33] RT 30Gy/6fr + TMZ 43 Age ≥ 70 and KPS ≥60 9.3 6.3
Uto et al. 2015 [31] RT 35Gy/10fr + TMZ 11 Age ≥ 70 13.2 7
Minniti et al. 2012 [29] RT40Gy/15fr + TMZ 71 Age ≥ 70 and KPS ≥60 12.4 6
Perry et al. 2017 [8] RT40Gy/15fr 281 Age ≥ 65 and PS 0–2 7.6 3.9
RT40Gy/15fr + TMZ 281 9.3 5.3
Lombardi et al. 2015 [28] RT40Gy/15fr + TMZ 71 Age ≥ 65 and PS 0–2 13.8 N/A
RT60Gy/30fr + TMZ 166 19.4
Chang-Halpenny et al. 2015 [25] RT 35Gy/10fr + TMZ 29 Age ≥ 65 5.4 N/A
RT60Gy/30fr + TMZ 100 13
Terasaki et al. 2011 [15] RT45Gy/15fr + TMZ 26 median 61(39–79) 15.6 9.6
Lim et al. 2015 [27] RT45Gy/15fr + TMZ 33 Age ≥ 70Age < 70 and PS ≥ 3 or biopsy or rapid growth 10.6 7.5
Harris et al. 2017 [24] Best supportive care 31 Age ≥ 75 1.9 N/A
RT alone* 38 6.2 N/A
RT* + TMZ 33 13.2 N/A
Matsuda et al. 2018 [13] RT45Gy/15fr + TMZ, Bev after recurrence 18 Age ≥ 75 20 2.5
Present study RT45Gy/15fr + TMZ or TMZ/Bev 30 Age ≥ 75 12.9 9.9

RT Radiation therapy, TMZ Temozolomide, Bev Bevacizumab, PFS Progression free survival, OS Overall survival, KPS Karnofsky performance status, PS Performance status, N/A not available

* Radiation therapy was either hypofractionation (40Gy), or longer-course (60Gy)