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Cell Shape Analysis
Discussion and Conclusion
7 other sections not shown
analyzed aneuploid applications basal cell width beam biological biopsy Bremsstrahlung calcium cancer cell cycle cell image analysis cell type cellular chromatin classification color components computed tomography counting cryosections Cytochem cytology cytometry cytoplasm density desmosomes detection detector diagnosis diameter DNA content Dudley dysplasia dysplastic electron microscopy elements emission emitted energy energy..dispersive epithelial epithelium epithelium evaluation fibers ﬂow Flow cytometry fluorescence freeze-dried freezing frozen grading gray..level grid heterogeneity Histochem histogram histologic human image processing increased inﬂuence intracellular pH distribution malignant matrix mean measured metabolic metaplastic methods microscope mitochondria muscle nasal epithelium normal nuclear area nuclear magnetic resonance nuclei nucleoli number of cells object parameters pathology patients peak perimeter photons pixels polymyositis procedure pseudostratified epithelium quantitative analysis ratio ratio distribution sample scanning sections shape specimen spectra spectrum squamous epithelium staining stereologic structure studies surface techniques tissue tumor tumor cells volume width index X-ray X..ray microanalysis