We thank for the comments from Wu et al. (1) on our research (2), comparison between trabectedin and doxorubicin in soft-tissue sarcomas. Reviewer Wu et al. said that in , we reported that 80 patients were included, which was inconsistent with the original study (3). In addition, Figure 6 showed the wrong data that the disease control rate of 54 of 75 patients in the experimental group and 41 of 39 patients in the control group lead to the inability to estimate the odds ratio (OR). We appreciate the suggestions. In , we listed the Hartmann’s study (3) and we corrected the samples in from (2). We now correct the Figure 6 of our research (2) since the mistake in typing the number ().
Table 1
Characteristics of included trials (2)
Study
Year
Type of study
Country
Intervention
n
Mean age (years)
Cesne
2021
RCT
France
Trabectedin
52
66.5
Best supportive care
51
63.7
Chawla
2015
RCT
USA
Trabectedin
83
54
Doxorubicin
40
54
Demetri
2016
RCT
USA
Trabectedin
345
57
Dacarbazine
173
56
Hartmann
2020
RCT
Germany
Trofosfamide
75
70
Doxorubicin
39
70.5
Hensley
2015
RCT
UK
Gemcitabine-docetaxel + trabectedin
53
54.8
Gemcitabine-docetaxel + placebo
54
56.2
Jones
2019
RCT
UK
Trabectedin + G/D
139
55
Placebo + G/D
70
54
Martin-Broto
2016
RCT
Spain
Trabectedin + doxorubicin
54
53
Doxorubicin
59
52
Schöffski
2021
RCT
Belgium
Trabectedin
40
59.5
Dacarbazine
40
56
Seddon
2017
RCT
UK
Trabectedin
129
56
Dacarbazine
128
55
Tian
2020
RCT
China
Trabectedin
24
38.58±14.01
Doxorubicin standard-dose
146
43.30±12.10
Figure 1
Forest plot of relative risks (RRs) with corresponding 95% confidential intervals (CIs) in disease control rate (DCR) (2).
Forest plot of relative risks (RRs) with corresponding 95% confidential intervals (CIs) in disease control rate (DCR) (2).They also said that the authors conducted the sensitivity analysis only by omitting Schöffski et al.’s study (4) and did not further exclude the other included studies. Since the sensitivity was conducted by removing each study in term and selecting the most obvious change one, we only reported the result omitting Schöffski et al.’s study, which is the most obvious change article. Other included researches had smaller influence on the I2 value than Schöffski et al.’s study.The article’s supplementary files as
Authors: Patrick Schöffski; Maud Toulmonde; Anna Estival; Gloria Marquina; Monika Dudzisz-Śledź; Mehdi Brahmi; Neeltje Steeghs; Vasilios Karavasilis; Jacco de Haan; Agnieszka Wozniak; Sophie Cousin; Marta Domènech; Judith V M G Bovée; Céline Charon-Barra; Sandrine Marreaud; Saskia Litière; Laura De Meulemeester; Christine Olungu; Hans Gelderblom Journal: Eur J Cancer Date: 2021-05-29 Impact factor: 9.162
Authors: Joerg T Hartmann; Hans-G Kopp; Viktor Gruenwald; Sophie Piperno-Neumann; Annegret Kunitz; Ralf Hofheinz; Lothar Mueller; Michael Geissler; Marius Horger; Peter Fix; Jens M Chemnitz; Michael Neise; Thomas Wehler; Ingo Zander; Robert Eckert; Claus Hann von Weyhern; Sebastian Bauer; Frank Mayer Journal: Eur J Cancer Date: 2019-11-28 Impact factor: 9.162