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. 2016 Apr 23;4:283–295. doi: 10.1007/s40336-016-0172-0

Table 4.

Induction of hypertrophy after 90Y-RE

Author Year Patients Follow up period Volume measurement Degree of hypertrophy contralateral lobea Degree of atrophy treated lobea Response assessment Response treated lobe Response non-treated lobe
Jakobs [68] 2008 32 139 days CT/MRI 21 % 9 %
Gaba [65] 2009 20 3 months CT/MRI 40 % 52 % EASL CR 40 %
PR 50 %
SD 10 %
NA
Ahmadzadehfar [37] 2013 24 44–66 days MRI 47 % 8 % PERCIST and RECIST CR 8 %
PR 74 %
SD 8 %
PD 8 %
50 % PD
Edeline [39] 2013 34 3 months CT 29 % 23 %b mRECIST CR 30 %
PR 33 %
SD 30 %
PD 7 %
NA
Vouche [58] 2013 83 1 month
1–3 months
3–6 months
>9 months
CT/MRI 7 %
24 %
35 %
45 %
2 %
4 %
21 %
32 %
20 % new lesions
Garlipp [41] 2014 35
141b
46 days
33 daysb
MRI 29 %
62 %b
8 %
12 %b
RECIST CR 4 %
PR 19 %
SD 73 %
PD 4 %
8 % new lesions
56 %
lesion growth
Teo [73] 2014 17 5,7 months CT 34 % 22 % RECIST CR 12 %
PR 29 %
SD 35 %
PD 24 %
NA
Theysohn [56] 2014 45 1 month
3 months
6 months
9 months
12 months
CT 7 %
23 %
31 %
36 %
40 %
5 %
23 %
34 %
41 %
45 %

NA not applicable

aDegree of hypertrophy: (volume non-treated lobe posttreatment−volume non-treated lobe at baseline)/volume non-treated lobe at baseline. Degree of atrophy is calculated likewise. Median volume changes are reported in the study of Gaba and Vouche. The others report mean volume changes

bMatched pair analysis of RE vs PVE; PVE data are marked