水仙花种子活力试验研究。还有r·帕特玛·布鲁姆

D. Latifah, Melani Kurnia Riswati, Elizabeth Handini, Hary Wawangningrum
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引用次数: 2

摘要

Rafflesia是一种受到栖息地丧失威胁的全息寄生虫。植物保护植物园中心(lipi)一直是利用嫁接方法进行植物迁地保护的先驱。利用种子接种的方法进行野田鼠和野田鼠的迁地保护工作已被证明是一个挑战。种子活力测试研究的目的是为了确保种子的活力,以支持种子的异地接种保护计划。本研究的目的是:(1)观察种子的形态特征;(2)确定种子活力的测定方法。在双筒显微镜下观察种子的形态特征。采用生物测定法进行活力测试包括:(1)试剂制备;(2) pre-staining;(3)胚胎暴露;(4)染色;(5)评价。研究结果表明:(1)红花种子的形态特征比帕特马种子大2 ~ 3倍,且两种种子具有明显的生殖道;(2)采用生物测定法测定红花种子的活力,结果表明红花种子的活力率为78.75±4.75%,红花种子的活力率为93.29 2.67%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Viability Tests On The Seeds Of Rafflesia Arnoldii R.br. And R. Patma Blume
Rafflesia species are holoparasites that are threatened by habitat loss. The Center for Plant Conservation Botanic Gardens–LIPI has been pioneering ex situ conservation of the plants using grafting methods. This R. arnoldii and R. patma ex situ conservation effort using seed innoculation has proven to be a challenge. Studies on viability testing of seeds aims to ensure viable seeds for supporting ex situ seed innoculation conservation programs. This research aimed to: (1) observe the morphological characters of the seeds and (2) determine a method for viability testing. Morphological characters of the seeds were observed under a binocular microscope. The viability test using bioassay procedures included: (1) reagent preparation; (2) pre–staining; (3) embryo exposure; (4) staining, and (5) assessment. The research resulted in: (1) morphological characteristics of R. arnoldii seeds, 2–3–times larger than those of R. patma, and that seeds of the two species have distinct testas, and (2) techniques for bioassay viability testing of Rafflesia seeds, i.e. the viability test resulted in an estimated viability percentage of 78.75 ± 4.75 % ( R. arnoldii seeds) and 93.29 2.67 % ( R. patma seeds).
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