BACKGROUND: Accelerated radiotherapy delivery has recently been shown to be effective in overcoming repopulation during fractionated radiotherapy. The therapeutic ratio may be particularly favorable for 5-week regimens. This study reports the feasibility and results of a particular accelerated schedule in Stage III to IV head and neck carcinomas used in a multicenter setting. PATIENTS AND METHODS: Seventy-four patients with Stage III (26 patients) or IV (48 patients) head and neck carcinomas were treated with a 5-week accelerated schedule (69.6 to 69.8 Gy in 41 to 40 fractions over a period of 35 to 36 days). Treatment began with 20 Gy in 10 daily fractions to initial involved sites, followed by bi-fractionated radiotherapy (2 x 1.6 Gy to 1...
Purpose: To assess the loco regional response and toxicity of patients to concurrent chemo-radiation...
OBJECTIVE: To analyze the outcome of N3 patients treated with very accelerated radiotherapy (VART) o...
Purpose: To evaluate the effect of mitomycin C to an accelerated hyperfractionated radiation therapy...
With the aim to increase the dose intensity of radiation therapy (RT), and subsequently the locoregi...
Can concomitant-boost accelerated radiotherapy be adopted as routine treatment for head-and-neck can...
Accelerated schedules are effective in overcoming repopulation during radiotherapy (RT) for head-and...
Abstract PURPOSE: To determine whether, in the postoperative setting, accelerated fractionation (AF)...
PURPOSE: Treatment of locally advanced head and neck carcinoma by surgery and/or radiotherapy is ass...
Aims: Hypofractionated accelerated radiotherapy with concurrent carboplatin utilises both advantages...
Objectives: This single-institution study evaluates the feasibility of accelerated fractionation rad...
neck carcinoma by surgery and/or radiotherapy is asso-ciated with a high recurrence rate, poor survi...
Background: Aim of the study was to compare the response of altered fractionation schedule with conc...
Abstract: Historically, patients with resectable stage III and IV tumors were treated with combined ...
BACKGROUND. The authors previously have found that in patients with locally advanced squamous cell c...
PURPOSE: Local recurrences are one of the main reasons of failure of therapy for locally advanced ca...
Purpose: To assess the loco regional response and toxicity of patients to concurrent chemo-radiation...
OBJECTIVE: To analyze the outcome of N3 patients treated with very accelerated radiotherapy (VART) o...
Purpose: To evaluate the effect of mitomycin C to an accelerated hyperfractionated radiation therapy...
With the aim to increase the dose intensity of radiation therapy (RT), and subsequently the locoregi...
Can concomitant-boost accelerated radiotherapy be adopted as routine treatment for head-and-neck can...
Accelerated schedules are effective in overcoming repopulation during radiotherapy (RT) for head-and...
Abstract PURPOSE: To determine whether, in the postoperative setting, accelerated fractionation (AF)...
PURPOSE: Treatment of locally advanced head and neck carcinoma by surgery and/or radiotherapy is ass...
Aims: Hypofractionated accelerated radiotherapy with concurrent carboplatin utilises both advantages...
Objectives: This single-institution study evaluates the feasibility of accelerated fractionation rad...
neck carcinoma by surgery and/or radiotherapy is asso-ciated with a high recurrence rate, poor survi...
Background: Aim of the study was to compare the response of altered fractionation schedule with conc...
Abstract: Historically, patients with resectable stage III and IV tumors were treated with combined ...
BACKGROUND. The authors previously have found that in patients with locally advanced squamous cell c...
PURPOSE: Local recurrences are one of the main reasons of failure of therapy for locally advanced ca...
Purpose: To assess the loco regional response and toxicity of patients to concurrent chemo-radiation...
OBJECTIVE: To analyze the outcome of N3 patients treated with very accelerated radiotherapy (VART) o...
Purpose: To evaluate the effect of mitomycin C to an accelerated hyperfractionated radiation therapy...