Stylo

Effects of salt stress on physiological and biological indices of stylo seedlings

2盐胁迫对不同柱花草品种幼苗期生理生化指标的影响

The limiting factors of soil fertility for Graham Stylo growth

格拉姆柱花草的土壤肥力限制因子

Extraction of DNA from the Space Mutation in Stylo by Improved CTAB Method

基于改进CTAB法提取空间诱变柱花草总DNA研究

The Effect of Day and Store Condition on Xanthophyll and Carotene of Stylo

干燥和贮存对柱花草叶黄素和胡萝卜素的影响

Test on effects of stylo hay meal as diet on meat-type rabbits

柱花草粉饲养肉兔的效果试验

11 Stylo varieties were used in the study , DNA was extracted from seeds by modified CTAB method .

选取11个柱花草品种，采用改良的CTAB法从种子中提取总DNA。

Appling soil amendments not only enhanced the yield of the stylo , but also improved its quality .

施用改良剂不仅提高柱花草产量，而且改善其品质。

Stylo RAPD Variety Identification Technique

柱花草RAPD品种鉴定方法

The soil amendments promoted the aboveground parts of stylo to grow , and the biological yields were remarkably increased .

改良剂促进了柱花草地上部生长，表现为株高增高，地上部生物产量显著增加。

The breeding for stylo needs to include a diversity of resistance genes in cultivars to produce broad-based , durable resistance .

柱花草抗病育种需要将具有多种抗性的基因导入栽培品种中，才能获得广谱的持久的抗病品种。

1.2 The growth of hypocotyls and cotyledons of stylo seeds was greatly inhibited with the increasing of salt concentration ;

1.2随着盐分浓度的增高，盐分对胚芽、胚根的抑制作用增强；

The contents of coarse protein , ash , phosphorus of stylo in soil amendment treatments were higher than that in CK , in which the difference of phosphorus content achieved the extremely remarkable level .

在柱花草品质指标中，粗蛋白、粗灰分、磷等含量都比对照高，其中磷含量与对照的差异达到极显著水平。

Applying soil amendments also accelerateded the growth of roots and elongation of roots , strengthened the root activity and the membrane stability of root cell , thus improved the stress resistance of the stylo . 4 .

施用土壤改良剂也促进了柱花草根系的生长，使根系伸长、根系活力增强，增加了根系的膜稳定性，增强柱花草的抗逆性。

Scarification ( with pod ) increased the germination percentage of Verano Stylo from 11 % to 72 % , and the time of germination decreased from 30 days to 7 days .

带荚切伤种子处理可使加勒比海柱花草种子的发芽率由对照的11%提高至72%，发芽所需时间由30天减少至7天；

As an important forage legume , Stylo ( Stylosanthes spp ) has been widely planted in acid soil areas . However , there is still no study on aluminum-tolerance of stylo and its tolerance mechanism at present .

虽然作为重要的豆科牧草柱花草已广泛种植于酸性土壤地区，但是它对铝的耐性及其抵御机制尚未见报告。

The leaf-reaction of Stylo and Gramineous tropic forage to water stress is different : leaf-length and leaf-width of Stylo have little change but these of Gramineous tropic forage all remarkable become narrow .

柱花草和禾本科牧草的叶片对水分胁迫的反应并不相同。

Stylosanthes is the important leguminosae forage in south China . Legume-rhizobium symbiotic nitrogen ( N ) fixation is an important character of stylo and also the base of improving soil fertility . But there is barely rhizobium inoculant adapted to acid soils .

柱花草是我国南方重要的豆科牧草，柱花草与根瘤菌共生固氮是提高柱花草生产的重要措施，对改良南方酸性土壤有重大意义，但是目前还缺乏适宜我国南方推广的根瘤菌菌剂。

When the leaf meal of Stylo was stored without oxygen condition , the xanthophyll content and carotene content were higher than those in air , and the xanthophyll and carotene loss rate was lower than that in oxygen carrier , the difference was notable ( P < 0.05 ) .

无氧贮存的叶黄素损失率低于有氧贮存，二者差异显著（P<0.05）。