N	Concordance
1	 H TI  - Prognostic significance of DNA cytometry of postirradiation cervicovagi
2	ating breast cancer cells by filtration cytometry and identification by DNA cont
3	tomas, were analyzed by analytical flow cytometry for the presence of membrane-a
4	es using image cytometry (ICM) and flow cytometry (FCM) and compared the indices
5	onates was examined by whole blood flow cytometry, which requires only 5 microli
6	ed biopsy and bivariate DNA-BrdUrd flow cytometry, makes it possible to estimate
7	r (EGFR) was quantified by 2-color flow cytometry in cervical cancer (n = 73) an
8	lene blue method with fluorescence flow cytometry in reticulocyte counting.     
9	concanavalin A, immunofluorescence flow cytometry data on blood lymphocytes, ser
10	cence was analysed with dual-laser flow cytometry after the staining. High-resol
11	ells as assessed by multiparameter flow cytometry are routine diagnostic tools i
12	direct analytical and quantitative flow cytometry and by immunohistochemical ass
13	ed by enzymatic cytochemistry and image cytometry in 25 human hepatocellular car