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GONZALO GIMÉNEZ MARTÍN  ANAL. REAL ACAD. FARM.

    (69) LAFONTAINE, J.G. (1958) Structure and mode of formation of the nucleolus in
            meristematic cells of Vicia faba and Allium cepa J. Biophys. Biochem. Cytol.
            4: 777-784.

    (70) LAFONTAINE, J.G.; CHOUINARD, L.A. (1963) A correlated light and electron
            microcope study of the nucleolar material during mitosis in vicia faba J. Cell
            Biol. 17: 167-209.

    (71) STEVENS, B.J. (1965) The fine structure of the nucleolus during mitosis in the
            grasshoper neuroblast cells. J. Cell Biol. 24: 349-369.

    (72) BEERMANN, W. (1960) Der Nukleolus als lebenswichtiger Besandteil des
            Zellkernes. Chromosoma 11: 263-296.

    (73) FISCHBER, M.; WALLACE, H. (1960) A mutation which reduces nucleolar
            number in Xenopus laevis en: Cell nucleus. J.S. Mitchel, ed. Butterworth,
            London. Pp 30-34.

    (74) ESPER, H.; BARR, J. (1964) A study of developmental cytology of a mutation
            affecting nucleoli in Xenopus embryos. Develop. Biol. 10: 105-121.

    (75) DAS, N.K. (1962) Synthetic capacitiers of chromosome fragments correlated
            with their ability to maintain nucleolar material J. Cell Biol. 15: 121-130.

    (76) DAS, N.K. (1963) Chromosomal and nucleolar RNA synthesis in root tips
            during mitosis Science 140: 1231-1233.

    (77) DAS, N.K.; ALFERT, M. (1963) Silver staining of a nucleolar fraction, its
            origin and fateduring the mitotic cycle. Ann. Histochem. 8: 109-114.

    (78) MORCILLO, G.; DE LA TORRE,C. (1980) the effect of RNA synthesis inhibitors
            on prenucleolar bodies. Experientia 36: 836-837.

    (79) GARCÍA-HERDUGO, G.; FERNÁNDEZ-GÓMEZ, M.E.; HIDALGO, J.; LÓPEZ-
            SÁEZ, J.F. (1974) Effects of the protein synthesis inhibition during plant
            mitosis. Exp. Cell Res. 89: 336-342.

    (80) MORCILLO, G.; DE LA TORRE, C.; GIMÉNEZ-MARTÍN, G. (1976) Nucleolar
            transcription during plant mitosis. In situ assay for RNA polymerase activity.
            Exp. Cell Res. 102: 311-316.

    (81) GIMÉNEZ-ABIÁN, M.I.; RUFAS, J.S.; DE LA TORRE, C. (1985). The plant
            nucleolar cycle under hypoxia. Protoplasma 126: 47-53.

    (82) OCHS, R.L.; LISHCWE, M.A.; SHEN, E.; CARROL, R.E.; BUSCH, H. (1985)
            Nucleologenesis composition and fate of prenucleolar bodies. Chromosoma
            92: 330-336.

    (83) GOESSENS, G.; THIRY, M.; LEPOINT, A. (1974) The nucleolus-organizing
            regions (NOR’s): recent data and hypotheses. Biol. Cell. 35: 211-220.

    (84) SCHEER, U.; THIRY, M.; GOESSENS, G. (1993) Structure, function and
            assembly of the nucleolus. Trends Cell Biol. 3: 236-241.

    (85) HERNÁNDEZ-VERDÚN, D.; ROUSSEL, P.; GAUTIER, T. (1998) Nucleolar
            proteins during mitosis. Chromosomes today 11: 70-90.

    (86) ROUSEEL, P.; HERNÁNDEZ-VERDÚN, D. (1994) Identification of Ag-NOR
            proteins, markers of proliferation related to ribosomal gene activity. Exp. Cell
            Res. 214: 465-472.

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