Vascular density in different regions of a number of uterine cervix carcinomas was determined by morphometric analysis of stained histologic sections. Variance analysis indicated a larger inter- than intra-tumoral inhomogeneity of the vasculature, suggesting a certain individual vascularization pattern in these tumors. As indicated by a retrospective study of archival biopsies, this pattern has a predictive value in regard to the efficacy of radiotherapy.
View Article and Find Full Text PDFIn a series of 25 patients with cervical carcinoma and 35 patients with vulvar carcinoma, clinically classified (FIGO) as Stage I and Ib, respectively, DNA ploidy and S-phase cell fraction were estimated in paraffin-embedded samples of the primary tumors and their metastases by means of flow cytometry (FCM). The two groups of patients were selected cases in whom lymph nodes removed at radical operation were histopathologically verified as metastatic ones. Prevailing part of primary tumors of both anatomic sites had diploid DNA content and low S-phase fraction.
View Article and Find Full Text PDFThe vascular density (VD) in stage-III tumors of the uterine cervix was determined by morphometric analysis of histologic, Masson-trichrome stained sections prepared from biopsies. In a retrospective study, VD was found to be related to results of radiotherapy, larger VD being associated with prolonged survival, in agreement with similar observations made earlier with stage-IB and -IIA tumors of the cervix. In a complementary study the variation of VD within tumors was investigated in relation to the variation between tumors using surgically removed cervical carcinomas in stage IB.
View Article and Find Full Text PDFIn a retrospective study of 95 patients with squamous cell carcinoma of the uterine cervix (Stage IB, IIA, III) treated by radiation only, pretreatment biopsy material was used for assessment of the prognostic value of histopathological multifactorial malignancy grading and a morphometric estimation of vascular density in stroma. By comparison of the two systems, vascular density has been proved superior to malignancy grading with respect to prognostic value.
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