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首页> 外文期刊>African Crop Science Journal >VARIABILITY IN CONDENSED TANNINS AND BITTERNESS EM SPIDER PLANT GENOTYPES
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VARIABILITY IN CONDENSED TANNINS AND BITTERNESS EM SPIDER PLANT GENOTYPES

机译:浓缩蜘蛛蛋白基因型和蜘蛛蜘蛛基因型的变异性

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摘要

Spider plant (Cleome gynandra L.) contributes considerably to the nutrition and medicines of communities in southern Africa. However, its utilisation is limited by its bitterness caused by condensed tannins. Unfortunately, processing options that reduce the bitterness also remove nutritionally and medicinally useful compounds. The objective of this study was to assess the genetic variability of condensed tannins and their association with bitterness in C. gynandra so as to devise variety recommendations for either direct utilisation or for breeding programmes in Zimbabwe. Total phenolic compounds and condensed tannins were quantified in five genotypes. The amount of total phenolic compounds were not significant, but quite significant (P
机译:蜘蛛植物(Cleome gynandra L.)为南部非洲社区的营养和药品做出了巨大贡献。但是,其利用受到单宁浓缩引起的苦味的限制。不幸的是,减少苦味的加工方法也会去除营养和医学上有用的化合物。这项研究的目的是评估单宁浓缩单宁的遗传变异性及其与苦味的关系,以便为在津巴布韦直接利用或育种计划提出品种建议。共有五种基因型对总酚化合物和缩合单宁进行了定量。酚类化合物的总量并不重要,但对于缩合的单宁而言,却相当可观(P <0.0001)。基因型CGSKGP最高(0.49 mg g'),且单宁浓缩量是CGKEX和CGSKP的两倍。苦味与单宁浓缩的浓度呈正相关(r = 0.94,P <0.05),而与总酚含量则不相关。我们确定了两种具有较低苦味的基因型CGKEX和CGSKP(单宁浓缩),可用于较少苦味的育种,以减少过度加工,从而降低了C. gynandra的营养和药用特性。

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