营养体

Base of vegetative stems forming a stout caudex; leaves and calyx lobes with white cartilaginous margin and midrib keel.

营养体茎的基部形成一粗壮块根；叶和萼裂片具白色的软骨质的边缘和中脉龙骨状。

Sheaths of upper culm leaves closed for 1/20–1/5(–1/4) of length; lower glumes (1 or)3-veined; lemma commonly with a bronze-yellowish band below apex, lateral veins mostly faint; vegetative shoots all or mostly extravaginal; p

上面秆叶的鞘为长度的1/20-1/5(-1/4)关闭；更低的颖片(1或者)3脉；有低于顶的一根青铜淡黄带子的通常的外稃，侧脉主要微弱；多数的营养体的嫩枝全部或extravaginal(多数很少是intravaginal)； p 2

Sheaths of upper culm leaves closed for 1/4(–1/3) of length; lower glume 1-veined, often sickle-shaped; lemma with or without a bronze-yellowish band below apex, lateral veins faint to prominent; vegetative shoots extravaginal and/or intravaginal; plants

长度，上面秆叶的鞘为1/4的(-1/3)关闭；更低的颖片1脉，通常镰刀形；有或没有低于顶，对突出微弱的侧脉的一根青铜淡黄带子的外稃；营养体的嫩枝extravaginal和/或intravaginal；植株 65 P。

Base of vegetative axis usually slender; leaves and calyx lobes without white cartilaginous margin and midrib keel.

营养体的轴的基部通常纤细；叶和萼裂片没有龙骨状白色的软骨质的边缘和中脉。

A protozoan, especially of the class Sporozoa, in the active stage of its life cycle.

营养子，滋养子，营养体尤指孢子纲的处于其生命周期活跃期的原生动物

Vegetative stems short with a rosette of leaves; flowering stems erect, stout, terete, striate, simple.

营养体的茎短具一叶的莲座丛；花茎直立，粗壮，，具条纹，单。

Eliminating radical in human body by taking the alimental organism with antioxidant capabilities is beneficial to the health and can make us long life .

抗氧化功能是生物营养体的重要生物功能之一，通过摄取和补充具有抗氧化作用的食疗型生物体可以与机体中的自由基相互作用，增强机体的抗氧化能力，进而起到防病保健，延年益寿的功效。

So, we can study and estimate the antioxidant capabilities of every kinds of alimental organism quantitatively through their distribution of the biopolymer active center elements.

由此我们就可以通过食疗型生物体生物高分子活性中心元素分布来定量的了解各种生物营养体的抗氧化能力，把群子统计参数作为判断抗氧化能力大小的标度之一，通过群子统计参数对其抗氧化性进行评价。

Leaves radical from vegetative stem, solitary from flowering stems, curvinerved.

叶在营养体茎上基生，在开花茎上单生，具曲叶脉。

KUE (K〓 usage effeciency) is to be used to judge the K〓 usage effeciency of plant, EKER (Economic K〓 Efficiency Ratio) is a important index to screen soybean genotypes with high potassium usage efficiency.

KUE和EKER分别与生物量和籽粒产量有关，而大豆最终的收获器官是籽粒产量，因此，KUE可用来衡量植株营养体的钾利用效率，EKER则是筛选钾高利用效率大豆品种的重要指标。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。