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Clonal Propagation of Rhynchostylis retusa (Lin.) Blume through in vitro Culture and their Establishment in the Nursery

机译:梭状芽孢假单胞菌在体外的克隆繁殖及其在苗圃中的建立

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For high frequency regeneration of Rhyncnostylis retusa (Lin.) Blume apical nodal segments were used. Half strength MS + 2% sucrose + 1.5 mg/l BA + 0.5 mg/l NAA + 2 g/l peptone + 10% (v/v) coconut water (CW) + 0.5 g/l activated charcoal (AC) was the best nutrient medium, on which 89% cultures induced 8 microshoots per culture. Subculture of microshoots for further 8 weeks on the same nutrient medium enhanced the number of microshoots up to 95. For further proliferation of microshoots, their development into shoots as well as formation of secondary microshoots from the base of the old ones, the best medium was half strength of MS + 2% sucrose + 2 g/l peptone + 10% (v/v) CW + 0.5 g/l AC + 150 mg/l L-glutamine. Plantlets with roots were obtained in half strength of ?MS + 2% sucrose + 2 g/l peptone + 10% (v/v) CW + 0.5 g/l AC + 5.0? g/l banana powder, on which cent per cent shoots rooted within eight weeks. The pH of all the categories of cultures were maintained at 5.6 before adding 2.2 g/l gelrite and autoclaving, and the cultures were incubated at 2000 - 3000 lux for 16/8 hrs light/dark at 24 ± 2oC. Regeneration of plantlets continued due to repeated subculture of microshoots and regenerants were acclimatized and established in the nursery. Plant Tissue Cult. & Biotech. 22(1): 1-11, 2012 ?(June) DOI:?http://dx.doi.org/10.3329/ptcb.v22i1.11242
机译:为了对Rhyncnostylis retusa(Lin。)进行高频再生,使用了Blume顶端节段。半强度MS + 2%蔗糖+ 1.5 mg / l BA + 0.5 mg / l NAA + 2 g / l蛋白ept + 10%(v / v)椰子水(CW)+ 0.5 g / l活性炭(AC)是最好的营养培养基,每种培养物中89%的培养物诱导8次微芽。在相同的营养培养基上再将微芽的继代培养8周,使微芽的数量增加到95个。为进一步繁殖微芽,将其发展成枝条并从旧芽的基础上形成次生微芽,最好的培养基是MS的一半强度+ 2%蔗糖+ 2 g / l蛋白ept + 10%(v / v)CW + 0.5 g / l AC + 150 mg / l L-谷氨酰胺。以±MS + 2%蔗糖+ 2 g / l蛋白+ + 10%(v / v)CW + 0.5 g / l AC + 5.0?克/升的香蕉粉,百分之八十的芽在八周内生根。在添加2.2 g / l的凝胶剂和高压灭菌之前,所有类别培养物的pH均保持在5.6,并将培养物在2000-3000 lux下于24±2oC的明暗环境下孵育16/8小时。由于微芽的反复继代培养,苗的再生持续进行,并且再生苗已在苗圃中适应并建立。植物组织崇拜。和生物技术。 22(1):2012年1月1日?(六月)DOI:?http://dx.doi.org/10.3329/ptcb.v22i1.11242

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