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首页> 外文期刊>Medicinal Plants >In vitro propagation of Eremostachys superba Royle ex Benth. - an endangered, medicinal and ornamental herb of North-West Himalaya
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In vitro propagation of Eremostachys superba Royle ex Benth. - an endangered, medicinal and ornamental herb of North-West Himalaya

机译:Benth的Eremostachys superba Royle的体外繁殖。 -喜马拉雅山西北部濒危的药用和观赏植物

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Eremostachys superba is one of the most threatened species of the North-West sub-Himalaya with potential medicinal and ornamental values. Efficient in vitro protocol has been developed for the propagation of E. superba from shoot tip explants of seedlings raised in vitro from seeds. Shoot organogenesis in shoot tip explants was promoted by inoculating these explants on Murashige and Skoog (MS) medium fortified with cytokinins (BAP, TDZ & Kinetin) and auxin (NAA). The best morphogenetic response (number of shoots per explant, shoot length and frequency of shoot regeneration) was observed when explants were incubated on half-strength MS medium containing BAP (6.6 uM) and NAA (0.53 uM). Multiple shoots were also observed in the full strength MS mediumfortified with BAP (6.6 uM) and NAA (0.53 uM), but callusing was also reported in addition to multiple shoots. Well developed in vitro raised shoots were shifted to rooting mediums fortified with different concentration of auxins (IAA, IBA & NAA). Best morphogenetic response (100%) was observed in quarter strength MS medium containing IBA (7.36 uM) and 16.4 roots per shoots was reported. In addition to rooting, callusing was also reported at cut ends of shoots in full and half-strength MS medium. Plantlets regenerated in vitro were acclimatized in the green house under shade net and were successfully transferred to the open environment.
机译:Eremostachys superba是喜马拉雅山西北部最受威胁的物种之一,具有潜在的药用和观赏价值。已经开发了一种有效的体外方案,用于从种子体外培养出的幼苗的茎尖外植体中繁殖超级棒杆菌。通过将这些外植体接种在强化了细胞分裂素(BAP,TDZ和Kinetin)和生​​长素(NAA)的Murashige和Skoog(MS)培养基中,可以促进芽尖外植体的芽器官发生。当外植体在含有BAP(6.6 uM)和NAA(0.53 uM)的半强度MS培养基上孵育时,观察到最佳的形态发生反应(每个外植体的芽数,芽长和芽再生的频率)。在用BAP(6.6 uM)和NAA(0.53 uM)强化的全强度MS中也观察到了多发芽,但是除了多发芽之外,还报道了愈伤组织。将发育良好的体外育苗芽转移到生根培养基中,以不同浓度的生长素(IAA,IBA和NAA)强化。在包含IBA(7.36 uM)的四分之一强度MS培养基中观察到最佳的形态发生反应(100%),据报道每枝有16.4个根。除生根外,还报道了在全强度和半强度MS培养基中,在枝条的切割末端出现愈伤组织。体外再生的小植株在温室的遮阳网下适应环境,并成功转移到开放环境中。

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