SodininkystÄ ir daržininkystÄ - SodininkystÄs ir daržininkystÄs institutas
SodininkystÄ ir daržininkystÄ - SodininkystÄs ir daržininkystÄs institutas
SodininkystÄ ir daržininkystÄ - SodininkystÄs ir daržininkystÄs institutas
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Literatûra1. Baranski R. 1996. In vitro gynogenesis in red beet (Beta vulgaris L.):effects of ovule culture conditions // Acta Societatis Botanicorum Poloniae. 65(2).P. 57-60.2. Bohanec B., Jakše M. 1999. Variations in gynogenic response amonglong- day onion (Allium cepa L.) accessions // Plant Cell Reports. 18. P 737-742.3. Doctrinal M., Sangwan R.S., Sangwan-Norreel B.S.1989. In vitro gynogenesis in Beta vulgaris L.: Effect of plant growth regulators,temperature, genotypes and season // Plant Cell, Tissue and Organ Culture. 17. P. 1-12.4. Gamborg O.L., Miller R.A., Ojima K. 1968. Nutrientrequ<strong>ir</strong>ements of soybean root cells // Experimental Cell Research. 50. P. 157-158.5. Juðkevièienë D., Stanys V., Bobinas È. 2005.Gynogenesis peculiarities of Allium L. vegetables grown in Lithuania // Biologija. 3. P. 6-9.6. Mukhambetzhanov S.K. 1997. Culture of nonfertilized femalegametophytes in vitro // Plant Cell, Tissue and Organ Culture. 48. P. 111-119.7. Murashige T., Skoog F. 1962. A revised medium for the rapidgrowth and bio-assays with tobacco tissue cultures // Physiologia Plant. 15. P. 473-497.8. Puddephat I.J., Robinson H.T., Lynn J. 1999. Influence ofstock plant pretreatment on gynogenic embryo induction from flower buds of onion //Plant Cell, Tissue and Organ culture, 57. P. 145-148.9. Sitbon M. 1981. Production of haploid Gerbera jamesonnii plants by invitro culture of unfertilized ovaries // Rewiev d’Agronomie. 9. P. 807-812.10. Y ang H.Y., Zhou C. 1982. In vitro induction of haploid plants fromunpollinated ovaries and ovules. Theoretic Applied Genetics. 63. P. 97-104.11. Z hou C., Yang H.Y. 1981. Induction of haploid rice plantlets byovary culture // Plant Science. 20. P. 231-237.SODININKYSTË IR DARÞININKYSTË. SCIENTIFIC ARTICLES.2006. 25(1). 130-136.THE INFLUENCE OF EDIBLE ONION PLANT DONOR GROWINGTEMPERATURE ON THE GYNOGENESIS EFFICIENCY INUNFERTILIZED FLOWER CULTURED. Juðkevièienë, V. Stanys, P. DuchovskisSummaryRegeneration ability of morphogenic structures and gynogenesis efficiency of twelveonion cultivars depending on the plant donor growing temperature was investigated atthe Lithuanian Institute of Horticulture. Four different temperature regimes were used.Donor plants were grown in green house (22+5°C) and open field + phytotron complexchamber at the temperature of 14 o C. Obtained results showed, that growing plant donorsin green house and decreasing of growing temperature when the flower outer peel startsto break is optimal for edible onion gynogenesis induction. The frequency of gynogenesisdepends on the plant donor genotype.Key words: gynogenic embryos, gemmagenesis, growing temperature, induction,morphogenic response.136