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O. Frankfurt, H. Slocum, Y. Rustum, S. Arbuck, Z. Pavelic, N. Petrelli, R. Huben, E. Pontes, W. Greco (1984)
Flow cytometric analysis of DNA aneuploidy in primary and metastatic human solid tumors.Cytometry, 5 1
O. Arner, C. Blanck, T. Schreeb (1965)
Renal adenocarcinoma; morphology--grading of malignancy--prognosis. A study of 197 cases.Acta chirurgica Scandinavica. Supplementum, 346
B. Barlogie, M. Raber, J. Schumann, T. Johnson, B. Drewinko, D. Swartzendruber, W. Göhde, M. Andreeff, E. Freireich (1983)
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An Introduction to Multivariate Statistical Analysis
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Dna Flow Cytometry of Breast Carcinoma After Acetic‐Acid FixationCell Proliferation, 17
J. Bennington, B. Mayall (1983)
DNA cytometry on four-micrometer sections of paraffin-embedded human renal adenocarcinomas and adenomas.Cytometry, 4 1
B. Tribukait, H. Gustafson, P.-L. Esposti (1982)
The significance of ploidy and proliferation in the clinical and biological evaluation of bladder tumours: a study of 100 untreated cases.British journal of urology, 54 2
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Maximum utilization of the life table method in analyzing survival.Journal of chronic diseases, 8 6
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DNA content of human kidney carcinoma cells in relation to histological grading.British Journal of Cancer, 45
U Otto, H Baisch, H Huland, G Klöppel (1984)
Tumor cell DNA content and prognosis in human renal cell carcinoma, 132
U. Otto, H. Baisch, H. Huland, G. Klöppel (1984)
Tumor cell deoxyribonucleic acid content and prognosis in human renal cell carcinoma.The Journal of urology, 132 2
F. Klein, H. Herr, P. Sogani, W. Whitmore, M. Melamed (1982)
Detection and follow‐up of carcinoma of the urinary bladder by flow cytometryCancer, 50
H. Baisch, H. Beck, I. Christensen, N. Hartmann, J. Fried, P. Dean, J. Gray, J. Jett, D. Johnston, R. White, C. Nicolini, S. Zeitz, J. Watson (1982)
A comparison of mathematical methods for the analysis of DNA histograms obtained by flow cytometryCell Proliferation, 15
JL Bennington, BH Mayall (1983)
DNA cytometry on four‐micrometer sections of paraffin‐embedded human renal adenocarcinomas, 4
R. Wolley, K. Schreiber, L. Koss, M. Karas, A. Sherman (1982)
DNA distribution in human colon carcinomas and its relationship to clinical behavior.Journal of the National Cancer Institute, 69 1
H. Beck (1980)
EVALUATION OF FLOW CYTOMETRIC DATA OF HUMAN TUMOURSCell Proliferation, 13
H Gustafson, B Tribukait, PL Esposti (1982)
DNA profile and tumour progression in patients with superficial bladder tumours, 10
A. Look, S. Melvin, D. Williams, G. Brodeur, G. Dahl, D. Kalwinsky, S. Murphy, A. Mauer (1982)
Aneuploidy and percentage of S-phase cells determined by flow cytometry correlate with cell phenotype in childhood acute leukemia.Blood, 60 4
Fifty‐five human renal cell carcinomas, removed by nephrectomy, were classified using flow cytometry and histology. The parameters obtained by flow cytometry were DNA index, fractions of cells in the phases, and fractions of tumor cells versus normal cells. From histology, the routine classification of tumor structure and morphology were obtained, and a nuclear grading according to Arner et al. (Acta Chir Scand [Suppl] 346:1–12, 1965) was determined. All parameters including tumor stage according to Robson et al. (J Urol 101:297–301, 1969) were subjected to discriminant analysis in order to define a malignancy index. The patients were divided into two groups with good and poor prognosis (low and high risk). Those patients who were free of multiple metastases in 2 years and more after nephrectomy were assigned to the group “good prognosis”; those who developed multiple metastases for 2 years represented the “poor prognosis” group. The malignancy index determined by discriminant analysis yielded 91% correct predictions of prognosis.
Cytometry Part A – Wiley
Published: Mar 1, 1986
Keywords: ; ; ; ;
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