CMTTdb

An integrated database for cancer molecular targeted thearpies

Entry Detail


General information
Database:DB00484
Objective:To determine how TGR is modified along the treatment sequence and is associated with outcome in mRCC patients.
Authors:Fert¨¦ C, et al
Title:Tumor growth rate provides useful information to evaluate sorafenib and everolimus treatment in metastatic renal cell carcinoma patients: an integrated analysis of the TARGET and RECORDphase 3 trial data.
Journal:Eur Urol.
Year:2014
PMID:23993162
Trial Design
Clinical Trial Id:NA
Agent:Sorafenib and everolimus
Target:NA
Cancer Type:renal cell carcinoma
Cancer Subtype:advanced renal cell carcinoma
Therapy Type:com
Therapeutic Combination Type:1
Therapeutic Combination Content:sorafenib and everolimus
Study Type:An Integrated Analysis of the TARGET andRECORDphase III Trial Data
Key Patients Feature:Metastatic Renal CellCarcinoma
Biomarker:NA
Biomark Analysis:NA
Control Group Info:Renal Cancer Global Evaluation Trial (TARGET)phase 3 (sorafenib vs placebo, n = 84) and in the RECORDphase 3 trial(everolimus vs placebo, n = 43)
Treatment Info:Sorafenib, everolimus, or placebo.
Primary End Point:OS and PFS rates.
Secondary End Point:NA
Patients Number:903
Trial Results
DLT_MTD:NA
Objective Response Rate:NA
Disease Control Rate:NA
Median Time to Progression:NA
Median PFS A vs. C:Higher TGR (first cycle) was associated with worse PFS (hazard ratio [HR]: 3.61; 95% confidence interval [CI], 2.45-5.34)
Median OS A vs. C:Higher TGR (first cycle) was associated with worse OS (HR: 4.69; 95% CI, 1.54-14.39)
Adverse Event(agent arm):NA
Conclusions:Computing TGR in mRCC patients is simple and provides clinically useful information for mRCC patients (1) TGR is independently associated with prognosis (PFS, OS), (2) TGR allows for a subtle and quantitative characterization of drug activity at the first evaluation, and (3) TGR reveals clear drugspecific profiles at progression.