Critical pathways in total joint procedures ... Morristown Memorial Hospital.
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Biomedical subjects
Publications and source records attributed to T O'Keefe.
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PURPOSE: Peritoneal seeding remains a prominent failure pattern in patients with invasive epithelial ovarian cancer, even following a pathologically negative second-look laparotomy (2LL). In an attempt to decrease the risk of peritoneal recurrence, we have treated patients with no clinical or histopathologic evidence of disease at 2LL with 15 mCi of chromic phosphate suspension intraperitoneally (32P). METHODS: Between 1973-1987, 69 patients with stages I-III invasive epithelial ovarian cancer in complete clinical remission were found to have no evidence of disease at 2LL. Fifty-one patients received intraperitoneal 32P. Thirty-five patients, otherwise eligible for 32P, did not receive it primarily due to other treatment protocols, peritoneal adhesions, or the recommendation that no further therapy be given following a negative 2LL. Patients in both groups were comparable with regard to stage, histology, grade, median age, residual disease following initial surgery, and chemotherapeutic regimen. The median follow-up for uncensored patients is 58 months (minimum, 18 months). RESULTS: The 5-year actuarial disease-free survival rate from the date of 2LL was 86% for those receiving 32P and 67% for those not receiving 32P (P = 0.05). The corresponding 5-year overall survival rates were 90 and 78%, again favoring patients treated with 32P. COMPLICATIONS: There were minimal acute side effects from 32P. Late adverse effects were similar in the two groups. Bowel complications were seen in 3 of 51 patients receiving 32P and 1 of 18 patients not receiving 32P. CONCLUSIONS: We have found intraperitoneal 32P administration immediately after 2LL to be a safe and well-tolerated therapy. Our data suggest that 32P confers a survival advantage to patients with a pathologically negative 2LL. These findings suggest a continued role for second-look laparotomy with the use of 32P in selected patients.
Previous investigators have found an increased risk of coronary heart disease in men with high levels of circulating estrogens. To elucidate further this relationship, a case-control study of atherosclerotic coronary artery disease (ASCAD) and sex hormones was undertaken in male patients. Hormone levels in men with severe ASCAD documented at angiography were compared with those in men found to be virtually free from disease and with those in a group of control subjects without signs or symptoms of ASCAD. Significantly lower total testosterone levels were observed among men with severe ASCAD compared with either control group; the free testosterone level was significantly lower than in angiographically disease-free control subjects. The same pattern of hormone levels persisted after control of covariates. Epidemiologic analysis demonstrated a fivefold decrease in risk for severe ASCAD between the lowest and the highest quartile of total testosterone. No overall pattern of association was seen between ASCAD and free or total estrogens.
In order to assess the relationships among strains of the genera Actinobacillus and Haemophilus, DNAs from 50 strains of these genera were isolated and purified. The guanine plus cytosine (G + C) content of DNAs from strains of Haemophilus segnis and Haemophilus parainfluenzae were determined by thermal denaturation. DNA-DNA homologies were measured using labelled probes from one strain representing Haemophilus segnis (strain ATCC 10977), and two strains representing Haemophilus parainfluenzae (strains ATCC 9796 and ATCC 7901). Strains isolated as H. segnis had a G + C content of 39.0 to 42.9% and were 49-92% homologous with the ATCC 10977 DNA probe. All of the strains freshly isolated as H. parainfluenzae were 70-81% homologous with the ATCC 9796 DNA probe and had a G + C content of 34.9 to 38.3%. Strain ATCC 7901 was 11% homologous with the ATCC 9796 DNA probe, had a G + C content of 42.4%, and was 65-78% homologous to DNA from strains identified as Haemophilus aphrophilus and Haemophilus paraphrophilus. From these results we conclude that strain ATCC 7901 is a mislabelled strain of H. paraphrophilus. The results of multiple DNA-DNA hybridizations indicated that separate species designations were appropriate for H. segnis, H. parainfluenzae, Actinobacillus actinomycetemcomitans ("Haemophilus actinomycetemcomitans"), and H. aphrophilus. H. aphrophilus and H. paraphrophilus were closely related organisms and did not fulfill the generally accepted criteria for designation as separate species.
Hemangioblastomas of the spinal cord are uncommon, accounting for 1.6% and 2.1% of all spinal cord tumors (1). Until recently these vascular lesions were best evaluated angiographically. Several cervical hemangioblastomas have been studied by computed tomography with intravenous contrast medium enhancement (2-4). This report illustrates the use of computed tomography with combined intravenous and intrathecal contrast medium enhancement, which permitted preoperative diagnosis and treatment planning of an intramedullary hemangioblastoma.