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    Article

    Non-random appearance of Y-chromatin-like fluorescence in the nuclei of thyroid and brain and its chromosomal background

    Non-random distribution of fluorescing chromatin bodies resembling Y chromatin was observed among the cell populations of various organs obtained by autopsy of 52 adults. This type of Y-chromatin-like fluoresc...

    M. Sellyei, L. Vass, T. Krausz in Humangenetik (1975)

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    Article

    Occurrence of XYY individuals among juvenile delinquents in Hungary

    Buccal smears from 173 juvenile delinquents resident in a juvenile prison in Hungary were examined by a fluorescent technique. In one individual 30% of interphase nuclei contained two fluorescent bodies. Chrom...

    M. Kovács, M. Sellyei, Á. Szabó, L. Vass in Humangenetik (1973)

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    Article

    Heated giemsa solution for producing more consistent bands on mammalian chromosomes

    Highly consistent results were obtained in banding of chromosomes with the 2xSSC method of Sumner et al. modified by the use of preheated Giemsa staining solution at 40–45°C. A 4xSSC method modified in the same w...

    L. Vass, M. Sellyei in Humangenetik (1973)

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    Article

    Y-body in cell nuclei of parenchymatous organs

    Smears from 5 parenchymatons organs of 26 corpses were studied with quinacrine hydrochloride fluorescent staining to detect Y-body in cell nuclei. The occurrence of Y-body in all male organs tested exceeded 15...

    M. Kovács, L. Harsányi, M. Sellyei in Zeitschrift für Rechtsmedizin (1972)

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    Article

    69, XYY sporadic triploidy in an adult

    In the peripheral blood culture of an otherwise healthy 39 years old male was found a triploid mitosis with XYY sex chromosomes. The karyotype was 46,XY, but out of 332 cells counted the authors found another ...

    M. Sellyei, S. Derzsy, L. Vass in Humangenetik (1971)

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    Article

    Untersuchungen über die hemmende bzw. fördernde Wirkung der Laserstrahlen

    Laser beams of low energy were tested on four biological systems and were found to promote the cell functions. Higher radiant energy causes inhibition. Repeated small doses of radiation have a cumulative effect.

    E. Mester, G. Ludány, M. Sellyei, B. Szende in Langenbecks Archiv für klinische Chirurgie (1968)