桑苗离体培养和水培体系中桑椹苷A的积累

Q3 Agricultural and Biological Sciences
Natvara Damrongmongcolkul, S. Phunpruch, Pana Lohasupthawee
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引用次数: 0

摘要

本研究中,在添加BAP 4mg/l和NAA 0.5 mg/l的MS培养基中培养的结瘤外植体在4周内每个外植体诱导出3.33个芽。将伸长的多芽转移到生根培养基上。无pgr的MS培养基在10天内根系发育最佳。将驯化后的植株移栽到不添加蔗糖的不同浓度MS营养液的深水水培系统中。结果表明,在1/8 MS营养液中栽培的桑树植株生长指数最高。桑椹苷A的测定结果表明,在离体培养和水培体系中,桑椹根中桑椹苷A的积累量均高于枝条中桑椹苷A的积累量。离体培养时,桑葚苷A在根中的积累量为20.61 mg/g DW,在茎中的积累量为11.98 mg/g DW。水培条件下,桑葚苷A在根系中的积累量为17.58 mg/g DW,在茎部的积累量为2.34 mg/g DW。我们还发现,MS营养液浓度越高,水培桑树根系中桑椹苷A的积累越多。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mulberroside A Accumulation in Mulberry Plantlets from In Vitro Culture and Hydroponic System
In this study, nodal explants cultured in MS medium supplemented with BAP 4mg/l and NAA 0.5 mg/l induced 3.33 shoots per explant within 4 weeks. The elongated multiple shoots were transferred to rooting media. The best root development was found on MS medium without PGRs within 10 days. The acclimatized plants were transferred to a deep-water hydroponic system with different concentrations of MS nutrient solution without sucrose addition. The results showed that mulberry plants cultivated in 1/8 MS nutrient solution gave the highest growth index. For mulberroside A determination, the results showed that mulberroside A accumulation in roots were higher than in shoots of mulberry plants both for in vitro culture and in the hydroponic system. In the case of in vitro culture, mulberroside A accumulation in roots was 20.61 mg/g DW, and in shoots was 11.98 mg/g DW. In hydroponic system, mulberroside A accumulation in roots was 17.58 mg/g DW, and in shoots was 2.34 mg/g DW. We also found that the higher concentration of MS nutrient solution, the more mulberroside A accumulation in roots of mulberry plants cultivated in the hydroponic system.
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来源期刊
Current Applied Science and Technology
Current Applied Science and Technology Agricultural and Biological Sciences-Agricultural and Biological Sciences (miscellaneous)
CiteScore
1.50
自引率
0.00%
发文量
51
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