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[Antineoplastic drug-induced pneumonitis-fibrosis].

K Oizumi, Y. Nakai, K Konno

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Abstract

Pneumonitis-fibrosis which was induced by the treatment with antineoplastic agent(s) and/or irradiation was encountered in 37 (14.1%) of a total of 515 patients with lung cancer who had been treated in our institute during a period of seven years from 1976 through 1982. Of 251 patients who had been treated with bleomycin or pepleomycin alone or in combination with other antineoplastic agent(s) or irradiation, 46 (18.3%) had pneumonitis-fibrosis and 19 (7.6%) died therefrom. It was revealed that the patients over 50 years of age, whose PaO2 and % VC prior to the treatment with bleomycin were less than 79 mmHg and 79% respectively appeared to be predisposed to bleomycin pulmonary toxicity. Most of the pneumonitis which developed in these patients was progressive and fatal. Daily oral administration of 10 mg of prednisolone was in effective for the prevention of bleomycin-induced pneumonitis-fibrosis. A sudden decrease of PaO2 and a sharp elevation at a certain point in time during treatment were indicative of the fatal outcome of toxic pulmonary complications. Thoracic irradiation prior to, concomitant with or after bleomycin therapy enhanced the pulmonary toxicity of bleomycin. Therefore, combination therapy should be avoided. A continuous intravenous infusion may be the most effective and least toxic method to administer bleomycin.

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Pneumonitis-fibrosis which was induced by the treatment with antineoplastic agent(s) and/or irradiation was encountered in 37 (14.1%) of a total of 515 patients with lung cancer who had been treated in our institute during a period of seven years from 1976 through 1982. Of 251 patients who had been treated with bleomycin or pepleomycin alone or in combination with other antineoplastic agent(s) or irradiation, 46 (18.3%) had pneumonitis-fibrosis and 19 (7.6%) died therefrom. It was revealed that the patients over 50 years of age, whose PaO2 and % VC prior to the treatment with bleomycin were less than 79 mmHg and 79% respectively appeared to be predisposed to bleomycin pulmonary toxicity. Most of the pneumonitis which developed in these patients was progressive and fatal. Daily oral administration of 10 mg of prednisolone was in effective for the prevention of bleomycin-induced pneumonitis-fibrosis. A sudden decrease of PaO2 and a sharp elevation at a certain point in time during treatment were indicative of the fatal outcome of toxic pulmonary complications. Thoracic irradiation prior to, concomitant with or after bleomycin therapy enhanced the pulmonary toxicity of bleomycin. Therefore, combination therapy should be avoided. A continuous intravenous infusion may be the most effective and least toxic method to administer bleomycin.

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Available abstract

Pneumonitis-fibrosis which was induced by the treatment with antineoplastic agent(s) and/or irradiation was encountered in 37 (14.1%) of a total of 515 patients with lung cancer who had been treated in our institute during a period of seven years from 1976 through 1982. Of 251 patients who had been treated with bleomycin or pepleomycin alone or in combination with other antineoplastic agent(s) or irradiation, 46 (18.3%) had pneumonitis-fibrosis and 19 (7.6%) died therefrom. It was revealed that the patients over 50 years of age, whose PaO2 and % VC prior to the treatment with bleomycin were less than 79 mmHg and 79% respectively appeared to be predisposed to bleomycin pulmonary toxicity. Most of the pneumonitis which developed in these patients was progressive and fatal. Daily oral administration of 10 mg of prednisolone was in effective for the prevention of bleomycin-induced pneumonitis-fibrosis. A sudden decrease of PaO2 and a sharp elevation at a certain point in time during treatment were indicative of the fatal outcome of toxic pulmonary complications. Thoracic irradiation prior to, concomitant with or after bleomycin therapy enhanced the pulmonary toxicity of bleomycin. Therefore, combination therapy should be avoided. A continuous intravenous infusion may be the most effective and least toxic method to administer bleomycin.

Key concepts: Bleomycin, Pulmonary fibrosis, Pneumonitis, Medicine, Pulmonary toxicity, Lung, Fibrosis, Toxicity

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