[Chromosomal abnormalities in acute nonlymphocytic leukemia: correlation with FAB classification and prognosis].
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Biomedical subjects
Publications and source records attributed to H Nishigaki.
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A combination of cefmenoxime (CMX) and cefsulodin (CFS) which has a broad spectrum on various bacteria including Pseudomonas aeruginosa was evaluated for severe infections associated with hematological malignancies. Seventy one patients were treated with the combination therapy. Among them, 57 patients were evaluable for the effectiveness. Fourteen patients were not evaluable because 10 patients were subjected to additional therapy such as gamma-globulin, interferon, radiation and pulse therapy of a large dose of methylprednisolone, 3 were prophylactically treated and the remaining one was a patient with disseminated bone marrow metastasis of prostatic cancer and not a patient with a hematologic malignancy. Excellent responses were obtained in 24 (42.1%) patients and good response in 12 (21.1%) patients, with a total rate of effectiveness of 63.2%. Three patients who were treated prophylactically and one patient who suffered from prostatic cancer with metastasis to bone marrow, were included in the final evaluation of side effects. Side effects were observed in only one patient (1/61, 1.6%). Mild neutropenia was identified in a patient of 78 years of age in 4 days after the combined regimen was started. Neutropenia disappeared soon after the cessation of the treatment. These results showed that a combination of CMX and CFS was an effective and safe regimen for the treatment of severe infections in patients with hematological disorders.
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A 49-year-old nursery school teacher noticed epigastric discomfort and loss of appetite, and was hospitalized for diagnosis and treatment on Dec. 19, 1984. She was diagnosed to have Borrmann type 4 gastric cancer with Schnitzler's metastasis. After one month's administration of UFTM-O (UFT, mitomycin C, OK-432) subjective symptoms disappeared and improvement of the gastric lesion was demonstrated 2 months later. On Apr. 4, 1985 she was able to return to work, receiving UFTM-O therapy for one year as an outpatient. When ascites appeared in October, UFTM-O was discontinued and a single intraperitoneal administration of cis-platinum was done for peritoneal effusion. Another combination chemotherapy consisting of MTX, 5-FU and OK-432 was started, but she died 3 months later. In consequence, she had been able to live 18 months from the initial diagnosis. Moreover, she was able to enjoy a high quality of life, which meant she was able to return to her work and travel abroad, during the initial two-thirds of the disease period.
A total of 10 episodes in 7 patients with leukemia or related disorders was treated with oral amphotericin B (AMPH). In 8 episodes AMPH were used prophylactically for severe neutropenia, and in the remaining 2 it was given when the patients were feverish. A daily dose of 2,400 mg of AMPH was given orally once a day and serum concentrations of AMPH were determined serially with bioassay. Two hours after administration, the mean serum concentration of AMPH rose to 0.15 microgram/ml, and reached 0.27 microgram/ml after 24 hours. The concentration was maintained between 0.23 microgram/ml and 0.39 microgram/ml through the following 7 days. These concentrations exceed the minimal inhibitory concentrations of most strains of Candida albicans. In 8 occasions of prophylactic use, no fungal infection was encountered. In a patient with pneumonia, chest X-ray and physical findings improved with administration of oral AMPH. Side effect of AMPH was seen in 1 patient, which was mild proteinuria and was eased rapidly after the withdrawal of AMPH. Clinical laboratory tests showed 1 case of proteinuria and disorder of kidney but did not clear under influence of AMPH. These results suggest that oral administration of AMPH is clinically and therapeutically effective and relatively safe for the prophylaxis or the treatment of fungal infection in patients with leukemia or related disorders.