Skip to main content
. 2018 Feb 7;29(4):857–871. doi: 10.1093/annonc/mdy052

Table 5.

Randomized trials investigating the use of systemic therapy in the treatment of locally advanced or metastatic soft tissue sarcoma

Trial Study design N Objective response rate Progression-free survival Overall Survival Conclusions
Maki 2007 [92] Phase II: Gemcitabine + docetaxel versus gemcitabine 122 16% versus 8% 6.2 versus 3 mo 18 versus 12 mo Combination superior but has increased toxicity (prohibitive of long-term use)
Lorigan 2007 [84] Phase III: Two investigational schedules of ifosfamide versus doxorubicin 326
  • 8.4% versus 5.5% versus 11.8%

  • NS

  • 3.0 versus 2.16 versus 2.52

  • NS

  • 10.92 versus 10.92 versus 12.0

  • NS

Increased toxicity with ifosfamide with no benefit over doxorubicin alone
Garcia-Del-Muro 2011 [94] Phase II: Gemcitabine + dacarbazine versus gemcitabine 113
  • 49% versus 25%

  • P=0.009

  • 4.2 versus 2 mo

  • P=0.005

  • 16.8 versus 8.2 mo

  • P=0.014

Combination superior and well tolerated, no increased toxicity
PALETTE van der Graaf 2012 [90] Phase III: Pazopanib versus placebo in non-adipocytic STS 369 6% versus 0%
  • 4.6 versus 1.6 mo

  • P<0.0001

  • 12.5 versus 10.7 mo

  • P=0.25

Superior disease control with pazopanib, acceptable toxicity
TAXOGEM Pautier 2012 [93] Phase II: Gemcitabine + docetaxel versus gemcitabine in LMS 44 (non-uterine LMS only) 5% versus 14%
  • 3.4 versus 6.3 mo

  • NS

  • 13 versus 15

  • NS

Increased toxicity with combination with no difference in disease control
EORTC 62012 Judson 2014 [81] Phase III: Doxorubicin + ifosfamide versus doxorubicin 455
  • 26% versus 14%

  • P<0.0006

  • 7.4 versus 4.6 mo

  • P=0.03

  • 14.3 versus 12.8 mo

  • P=0.076

No benefit to combination for palliation of advanced STS unless the goal of treatment is tumor shrinkage
GeDDiS Seddon 2015 [79] Phase III: Gemcitabine + docetaxel versus doxorubicin 257 N/A
  • 5.5 versus 5.4 mo

  • P=0.07

  • 14.5 versus 16.4 mo

  • P=0.67

Increased toxicity with combination with no difference in disease control
Demetri 2016 [87] Phase III: Trabectedin versus dacarbazine in LPS and LMS 518
  • 9.9% versus 6.9%

  • P=0.33

4.2 versus 1.5 moP <0.0001
  • 12.4 versus 12.9 mo

  • P=0.37

Superior disease control with trabectedin. Led to FDA approval
Ryan 2016 [77] Phase III: Doxorubicin + palifosfamide versus doxorubicin 447 28.3% versus 19.9% 6.0 versus 5.2 moP=0.19
  • 15.9 versus 16.9 mo

  • P=0.74

Increased toxicity with combination with no difference in disease control
Tap 2016 [80] Phase II: Doxorubicin + olaratumab versus doxorubicin 133
  • 18.2% versus 11.9%

  • P=0.3421

  • 6.6 versus 4.1 mo

  • P=0.06

  • 26.5 versus 14.7 mo

  • P=0.0003

Highly significant 11.8-mo survival benefit with olaratumab
Schoffski 2016 [89] Phase III: Eribulin versus dacarbazine in LPS and LMS 452
  • 4% versus 5%

  • P=0.62

  • 2.6 versus 2.6 mo

  • P=0.229

  • 13.5 versus 11.5 mo

  • P=0.0169

Survival benefit with eribulin in LPS and LMS

STS, soft tissue sarcoma; LPS, liposarcoma; LMS, leiomyosarcoma; NS, not significant; mo, months.