落叶树黄樟的离体克隆

Po-jen Wang , Ching-yeh Hu
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引用次数: 11

摘要

以5年生台湾檫树为砧木,获得茎尖离体。使用改良Linsmaier和Skoog培养基。当外植体在60 mg·l−1 KN的培养基上生长时,外植体形成多芽团(MBMs)。从MBMs中收获1厘米或更长的芽,并进行生根培养。零星生根,不到20%。有根植株移栽后成活率达95%。对原代培养、MBM增殖、茎部调节和根诱导的有效激素添加剂分别为60 mg·l−1 KN、5 mg·l−1 KN + 0.05 mg·l−1 NAA、5 mg·l−1 BA + 0.05 mg·l−1 NAA和5 ~ 10 mg·l−1 IBA。用2倍FeEDTA在18-20°C培养基中培养MBMs芽,叶片褪绿、脱落和茎坏死的比例低于用1倍FeEDTA在25°C培养基中培养的比例。在培养基中添加谷氨酰胺和精氨酸促进叶片膨胀。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
In vitro Cloning of the Deciduous Timber Tree Sassafras randaiense

Shoot apex expiants were obtained from 5 year-old grafted Taiwan sassafras. A modified Linsmaier and Skoog medium was used. When grown on a medium with 60 mg·l−1 KN, explants formed multiple-bud-masses (MBMs). Shoots of 1 cm or longer from the MBMs were harvested and conditioned for root induction. Sporadic rooting, less than 20%, has been obtained thus far. A 95% survival rate resulted after the rooted plantlets were transplanted into flats. Effective hormonal additives for the primary cultures, MBM proliferation, shoot conditioning and root induction were 60 mg·l−1 KN, 5 mg·l−1 KN + 0.05 mg·l−1 NAA, 5 mg·l−1 BA + 0.05 mg·l−1 NAA and 5 to 10 mg·l−1 IBA, respectively. The rate of leaf chlorosis, abscission and stem necrosis were lower when shoots from MBMs were incubated in medium with 2× FeEDTA at 18–20°C than in 1x FeEDTA at 25°C. The addition of glutamine and arginine in medium stimulated leaf expansion.

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