首页> 外文期刊>Korean Journal of Horticultural Science & Technology >Effects of hot water and chilling treatments of bulblets propagated by tissue culture on sprouting and bulb development in Korean native lilies. [Korean]
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Effects of hot water and chilling treatments of bulblets propagated by tissue culture on sprouting and bulb development in Korean native lilies. [Korean]

机译:组织培养繁殖的鳞茎的热水和低温处理对韩国本土百合的发芽和鳞茎发育的影响。 [韩文]

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摘要

This study was carried out to investigate the effects of hot solution soaking and chilling treatment on sprouting and enlargement of bulblets obtained through in vitro culture in Korean native lilies with ornamental values. In vitro bulblets of Lilium cernuum, L. hansonii, L. hansonii for. mutatum, L. leichtlinii, and L. tsingtauense were soaked in distilled water or 100 mg.L-1 GA3 and GA4+7 solution maintained at 35 degrees C for two hours (hot water treatment) and/or exposed at 4 degrees C for 0, 4, or 8 weeks (chilling treatment) and then planted in plastic trays filled with media and grown in a greenhouse at 20 degrees C and under 16 h photoperiod. In all species, no bulblet propagated by tissue culture sprouted without chilling or hot water treatment due to dormancy. For dormancy breaking, GA4+7 hot solution treatment increasing sprouting by 55-96%, whereas distilled water or GA was not effective in sprouting. Chilling treatment for 4 weeks induced sprouting by 50-70% in L. cernuum and L. leichtlinii, whereas 8 weeks was needed for sprouting of L. hansonii and L. hansonii for. mutatum. Combined treatment of hot water and chilling treatments synergistically promoted sprouting. Especially, in L. cernuum and L. hansonii, GA4+7 hot solution soaking prior to chilling for 4 weeks promoted sprouting by 35-45% compared with the reverse order. Enlargement of bulblets resulted from increase in fresh weight and diameter was promoted by the treatments that increased the sprouting percentage of bulblets. Only in L. cernuum, shoots emerged from bulblets soaked in hot GA4+7 solution or chilled at 4 degrees C and shoot emergence rate was highest in bulblets soaked in hot GA4+7 solution and then chilled for 8 weeks. From these results, the most effective method for bulblet sprouting and enlargement was to soak in hot GA4+7 solution and then chill for 4 weeks in L. hansonii, hansonii for. mutatum, and leichtlinii, and to soak in hot GA4+7 solution and then chill for 4 weeks in L. cernuum and tsingtauense.
机译:进行了这项研究,以研究热浸液和冷藏处理对韩国观赏百合通过体外培养获得的鳞茎发芽和扩大的影响。百合百合的体外鳞茎。 hansonii , L。 hansonii 。 mutatum , L。 leichtlinii 和 L。 tsingtauense 浸泡在蒸馏水或100 mg.L -1 GA 3 和GA 4 + 7 溶液中保持35度C进行2小时(热水处理)和/或在4摄氏度下暴露0、4或8周(冷藏处理),然后种植在装有培养基的塑料托盘中,并在20摄氏度和16摄氏度以下的温室中生长h光周期。在所有物种中,没有通过组织培养繁殖的鳞茎由于休眠而无需冷冻或热水处理就不会发芽。对于休眠中断,GA 4 + 7 热溶液处理使发芽增加55-96%,而蒸馏水或GA无效。冷冻处理4周后,L萌芽率提高了50-70%。鹿角和 L。 leichtlinii ,而 L发芽则需要8周。 hansonii 和 L。 hansonii 。 mutatum 。热水和冷藏相结合的处理可以协同促进发芽。特别是在 L。 cernuum 和 L汉逊氏菌,GA 4 + 7 热溶液在冷却前浸泡4周,与逆序加热相比,发芽率提高了35-45%。处理增加了鳞茎的发芽率,从而增加了鲜重和直径,导致鳞茎的增大。仅在 L。 ceruum ,浸泡在热GA 4 + 7 溶液中或在4°C冷冻的小球芽出,而浸泡在热GA 4 + 7 < / sub>溶液,然后冷却8周。根据这些结果,最有效的鳞茎萌芽和扩增方法是将其浸泡在热的GA 4 + 7 溶液中,然后在 L中冷却4周。 hansonii ,hansonii。将 mutatum 和 leichtlinii 浸泡在热的GA 4 + 7 溶液中,然后在 L中冷却4周。 cernuum 和 tsingtauense

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