Table 4. Study included in comparison of 5FU-based chemoradiation, followed by chemotherapy vs another chemotherapy agent-based chemoradiation, followed by chemotherapy.
Authors | Group (number randomised) | Median age and gender | Chemotherapy/radio-therapy used and dose |
---|---|---|---|
Wilkowski et al (2006) | 5FU chemoradiotherapy (n=32) | NA | 5FU 350 mg m−2 irradiation day−1+50 Gy conventional radiation |
Gemcitabine+cisplatin chemoradiotherapy (n=33) | NA | Gemcitabine 300 mg m−2 day−1 30 min infusion, cisplatin 30 mg m−2 day−1 60 min infusion on days 1, 8, 22 and 29+50 Gy conventional radiation | |
Li et al (2003) | 5FU chemoradiotherapy (n=16) | 69 years; 12 men, 4 women | 500 mgm−2 day−1 for 3 days, repeated every 2 weeks for 6 weeks+3D conformal radiotherapy 50.4–61.2 Gy |
Gemcitabine chemoradiotherapy (n=18) | 68.5 years; 13 men, 5 women | 600 mg m−2 week−1 for 6 weeks+3D conformal radiotherapy 50.4–61.2 Gy | |
GITSG (1985) | 5FU chemoradiotherapy (n=79) | 5FU 500 mg m−2 on first 3 days of each radiotherapy course+6000 rad double split course, followed by weekly maintenance with 5FU 500 mg m−2 till progression | |
Adriamycin chemoradiotherapy (n=78) | Adriamycin 15 mg m−2 on day 1; thereafter 10 mg m−2 week−1, for a minimum of five doses+4000 rad continuous course, followed by weekly maintenance with 5FU 500 mg m−2 till progression |
FU=fluorouracil.