TABLE 3

Amounts, Activities, Absorbed Doses, and BEDs

Optimal for kidney BED 20* Gy2.5, red marrow BED < 1 Gy15Actually administered
Patient no.DataTumorAmount (nmol)Activity (MBq)Tumor D (Gy) (BED [Gy10])Amount (nmol)Activity (MBq)Tumor D (Gy) (BED [Gy10])Kidney D (Gy) (BED [Gy2.5])
P1N11644,08319 (20)473,85020 (21)16 (22)
2322,95410 (11)11 (12)
N211284,76017 (18)705,43027 (29)23 (36)
2643,1919.0 (10)15 (15)
N311285,07318 (19)575,00020 (21)16 (22)
2643,37912 (13)13 (14)
P2N411287,57439 (44)734,01038 (43)14 (20)
N511286,71833 (37)552,56019 (20)9.2 (11)
P3N6121,6064.3 (4.4)
2322,59130 (33)
P4N71644,34225 (28)705,36030 (33)16 (24)
P5N811286,21767 (74)
P6N91322,67419 (20)704,00019 (20)15 (21)
2322,68147 (53)48 (54)
P7N1011289,59651 (55)
21289,59629 (30)
P8N111644,91557 (61)
2162,924113 (133)
P9N1211283,66511 (11)
21283,6647.7 (7.8)
  • * BED of 20 Gy2.5 corresponds to approximately 14–15 Gy absorbed dose for given biokinetics.

  • Radiochemical constraints were not considered.