黑莓品种(Rubus sp .)未成熟芽的再生和生根

IF 0.6 Q3 MULTIDISCIPLINARY SCIENCES
Carlos Eduardo Millones Chanamé, E. Castro
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引用次数: 1

摘要

本研究的目的是评估三株Rubussp的黄化不定芽再生,以制定玻璃繁殖方案。品种。从萝卜的植物种子中提取受精胚。栽培品种并加入建立的培养基中。在玻璃体内培养90天后,将幼苗置于生长和发育培养基中,以获得基部茎段,然后将其置于黑暗期,进行黄化的冒险芽再生。然后,将节段转移到生根培养基中。结果表明,鲁布松不定芽再生良好。品种平均8天。同样,当培养基中含有生长素NAA和IBA的组合时,不定芽的节段也诱导生根。三个品种不定芽黄化的再生。在不使用生长调节剂的情况下,可以在短时间内获得细长的芽,促进该物种的体外繁殖
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Regeneración y enraizamiento de brotes adventicios etiolados de cultivares de zarzamora (Rubus sp)
The objective of the present study was to evaluate the etiolated adventitious shoot regeneration for the development of anin vitropropagation protocol of threeRubussp. cultivars. Zygotic embryos were extracted from botanical seeds ofRubussp. cultivars andplaced in establishment culture medium. After 90 days ofin vitroculture, the seedlings were conditioned to obtain the basal stemsegments and placed in growth and development culture media, they were then subjected to periods of darkness for etiolated adventitiousshoot regeneration. Afterwards, the nodal segments were transferred to rooting culture media. Results showed that the regeneration ofadventitious shoots fromRubussp. cultivars was on average eight days. Likewise, the sectioned nodal segments of the adventitious shootsinduced roots when the medium contained the combination of the auxins NAA and IBA. The regeneration of etiolated adventitious shootsin the three cultivars ofRubussp. allowed to obtain elongated shoots in a short time and without the use of growth regulators, facilitatingthein vitropropagation of this species
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来源期刊
自引率
60.00%
发文量
24
审稿时长
24 weeks
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