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For nearly 40 years, a multidisciplinary team working in a private clinic has used a conservative approach to breast cancer for small tumours, i.e. T1-T2. Treatment is based on tumorectomy and radiotherapy. Good results, comparable to those obtained with mastectomy have been obtained and continue to improve with developments in therapeutic methods. The rate of recurrence remains below 7% and 95% of the women were able to keep their breast without any supplementary danger. There are satisfied.

Four hundred and fifteen women, treated in our institution from 1961 to 1987 for operable carcinoma of the cervix stage I or II, had a radical hysterectomy with pelvic node dissection. Radiotherapy was associated with this surgery in most cases: 90% of the patients received endocavitary radiation, and 30% external radiotherapy, either pre- or post-operatively, in the case of bad prognostic factors. Median follow up was 7 years; overall survival was 77% at 10 years; the rate of local failure is low (36 cases/415 = 8.7%). Multifactorial analysis, using the Cox model, assessed the following independent prognostic factors, significant for the risk of local recurrence (size of the tumor, N +/- , FIGO stage) and for the risk of metastases and death (parametrium invasion, stage, tumor size). Post-operative mortality was 1.2%. Early surgical iatrogeny was easily treated with no long-term sequela, whereas severe complications, due to the association with pelvic irradiation, occurred in 24 out of 124 patients, leading to 7 "illegitimate" deaths.

The authors report on their experience with high energy radiation therapy in early-stage (I/II) carcinomas of the prostate. Among 191 cases of biopsy-proved carcinomas of the prostate, there were 111 stage I and II tumors, including 83 T1, T2 intracapsular tumors. 78 of the 111 patients received curative radiation therapy. Delivered doses did not exceed 65 to 70 grays to the prostate and 50 grays to the pelvis. High energy radiation was used. Extension of the lesions was determined using lymphography, abdominal and pelvic CT, and surgical removal of lymph nodes. Among the 78 irradiated patients, success rates at five years were 65% for the 52 T1-T2 tumors and 38% for the 26 T3 N0 tumors. Selection of patients, technical conditions and long term results are discussed, as well as the problems met in determining the stage of the tumor accurately. High energy radiation therapy can control localized carcinomas with a satisfactory quality of survival.

The authors propose a computer card for registering the main information required in the management of ovarian cancers. The data include a detailed description of the lesions noted at operation, the surgical procedure, and postoperative lesions. They concern both the initial laparotomy and any second-look operations.

Between 1963 and 1971, a total of 406 inoperable cases of cervical cancer were treated by high-dose radiotherapy at the Centre René-Huguenin. Most of the patients (243) were irradiated by continuous therapy. In the other group (163) there was a 3-week interval in the middle of the treatment. The five-year survival rates (direct method) were respectively 60 and 39 per cent for the patients staged as T2 and T3. Local cure rates were 85 per cent for T2 and 65 per cent for T3. Unfortunately a high rate of complications was noted (12%), 4 per cent of which were fatal. Classical radiotherapy proved to be more beneficial than "split-course" technique considering survival rates. Yet, the rate of local cure is identical in both procedures, and the large rate of death in "split-course" seems to be irrespective of the method. Nevertheless, we have abandoned the "split-course" because the incidence of sequelae had not improved and in as much as the total dose had been reduced, the continuation of such therapy was less justified.

A retrospective cooperative study was undertaken to analyze the fate of 300 clinical Stage I and II breast cancer patients who were alive and apparently cured with both breasts preserved, 10 years following primary limited surgery with irradiation. All patients had been treated by tumor excision, with or without axillary dissection, followed by megavoltage radiation therapy. Follow-up ranged from 10.5 to 26 years, median 14.5 years. The overall actuarial survival (Kaplan-Meier) of the 300 "cured" patients was 86% at 15 years and 78% at 20 years, with 38.5% of deaths attributable to breast cancer. The actuarial probability of remaining free of metastatic disease was 91% at both 15 and 20 years, independent of age or clinical stage. Sixteen patients (5.3%) developed recurrent cancer in the treated breast beyond the tenth year, the actuarial probability of remaining free of breast recurrence being 94% and 90% at 15 and 20 years, respectively. Contralateral breast cancers developed during the second decade in 5 patients, with a cumulative risk of 6.5% at 20 years. Significant treatment-related problems appeared during the second decade in 5 patients, including one chest wall sarcoma; all of these patients had received at least 60 Gy to breast and regional nodal areas. A comparison of these results with those in the literature allowed the following conclusions to be drawn: (a) the risk of death, as well as breast cancer mortality during the second decade, are similar for both conservatively and radically treated patients with Stage I and II breast cancer; (b) the risk of contralateral breast cancer is not greater than that observed following primary radical surgery without radiation therapy; (c) ipsilateral breast "recurrences" continue to occur at about 1% per year during the second decade. Such late recurrences are highly operable and have a favorable prognosis; (d) late progression of treatment-related sequelae is uncommon. This analysis supports the continued use of breast-conserving surgery with radiation therapy in the treatment of Stage I and II breast cancer.

This study was aimed at determining the influence of time factor in local radiotherapy in patients with spindle cell neoplasms of the skin or basal cell carcinomas of the face, treatable in a single plane. These neoplasma were treated using identical doses (6,000 rads distributed over the envelope isodose), but divided at random into two groups corresponsing to two different spreads (60 +/- 12 hours and 156 +/- 12 hours). The biological effects observed (rate of disappearance of the lesion, intensity of skin reaction, duration of skin reaction) showed no difference between the two types of treatment. This results is unexpected considering the important influence of time factor in the case of fractionated irradiation. In fact, if it is accepted that between 60 and 156 hours, cellular multiplication phenomena are equivalent to approximately 30 rads per day, the difference in spread the two types of treatment is not sufficient to give a significant result.