Physiological behaviour of encapsulated somatic embryos.

A Kersulec, C Bazinet, F Corbineau, D Côme, J N Barbotin, J F Hervagault, D Thomas
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引用次数: 16

Abstract

Somatic embryos are characterised by the absence of any protection, a very low reserve level and a high water content. The effects on the respiration and the radicular elongation of somatic embryos of a non toxic and easy to use hydrogel, such as alginate, have been studied. Respiration or germination rates decreased with an increase in alginate concentration. When the encapsulated somatic embryos were placed in a liquid medium, there was very little difference between the germination rates observed at different alginate concentrations, either with or without an additional PEI layer. The effect of capsule concentration on germination rate was significatively different when the artificial seeds were growing on solid media. Besides the anoxic treatment upon encapsulated somatic embryos, storage for one month also decreased the germination rate.
被包被体细胞胚胎的生理行为。
体细胞胚胎的特点是缺乏任何保护,一个非常低的储备水平和高含水量。本文研究了一种无毒、易使用的水凝胶,如海藻酸盐,对体胚呼吸和根伸长的影响。呼吸作用或发芽率随海藻酸盐浓度的增加而降低。将包被的体细胞胚置于液体培养基中,无论是否添加PEI层,不同海藻酸盐浓度下的发芽率差异很小。人工种子在固体培养基上生长时,荚膜浓度对发芽率的影响有显著差异。除了对包被体胚进行缺氧处理外,贮藏1个月也降低了发芽率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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