首页> 外文OA文献 >Fruit Processing, Seed Viability And Dormancy Mechanisms Of Persoonia Sericea A. Cunn. ex R. Br. and P. Virgata R.Br. (Proteaceae)
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Fruit Processing, Seed Viability And Dormancy Mechanisms Of Persoonia Sericea A. Cunn. ex R. Br. and P. Virgata R.Br. (Proteaceae)

机译:Persoonia Sericea A. Cunn。的果实加工,种子活力和休眠机制。前河和P.Virgata R.Br. (Proteaceae)

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摘要

The morphology of the fruit and difficulties with fruit processing impose major limitations to germination of Persoonia sericea and P. virgata. The mesocarp must be removed without harming the embryo. Fermentation of fruit or manual removal of the mesocarp was effective but digestion in 32% hydrochloric acid (HCl) completely inhibited germination. The endocarp is extremely hard and therefore very difficult and time consuming to remove without damaging the seeds. The most efficient method was cracking the endocarp with pliers, followed by manual removal of seeds. Germination was completely inhibited unless at least half of the endocarp was removed. Microbial contamination of the fruit and seeds was controlled by disinfestation and germination of the seed under aseptic conditions. The results suggest that dormancy in these species is primarily due to physical restriction of the embryo by the hard endocarp.
机译:果实的形态和果实加工困难对Persoonia sericea和P. virgata的发芽形成了主要限制。必须除去中果皮而不损害胚胎。水果发酵或手动去除中果皮是有效的,但在32%盐酸(HCl)中的消化完全抑制了发芽。内果皮非常坚硬,因此去除而不损害种子非常困难且耗时。最有效的方法是用钳子将内果皮弄碎,然后手动去除种子。除非除去至少一半的果皮,否则发芽将被完全抑制。水果和种子的微生物污染是通过在无菌条件下对种子进行除害和发芽来控制的。结果表明,这些物种的休眠主要归因于硬内果皮对胚胎的物理限制。

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