茎状

The leaf is bout or 2 Hui Yu shape are cracked greatly, lobation is fine, the bine is lower Xie Youbing, grow 2 – 3 millimeter, upside does not have a handle.

叶为一回或二回羽状深裂，裂片细，茎下部的叶有柄，长2–3毫米，上部无柄。

Stem A longitudinal axis upon which are borne the leaves, buds, and reproductive organs of the plant.

茎：植物体着生叶、芽和繁殖器官的纵向轴状结构。

The increase in cells number derived from primary thickening meristem and in cells volume make the rhizome thicken rapidly.

初生增厚分生组织细胞不断向内分裂和其衍生细胞的体积增大，是根状茎能迅速增粗的主要原因。

Plant rhizomatous; leaf blades 0.2–0.8 cm wide, narrowed to midrib at base; wild plant.

植株根状茎；叶片0.2-0.8厘米宽，缩小到中脉在基部；野生植物。

Gunckel, who on the evening card ginkgo auxin from the stem end is not at Health Organization, or young leaves, and some Monocotyledon similar, from a rib-like sub-section of the Health Organization.

Gunckel等人的研究证晚银杏生长素不是来自茎端分生组织或幼叶，而与某些单子叶植物相似，来自具肋状分生组织的节间。

There are significant differences for Asiatic moonseed at different ages in root length and rhizome, while the difference in number is not evident.

不同年龄北豆根一级根状茎在根长、根径上差异显著，在数量上差异不显著。

The biological characteristics and the rhythm of growth and development of cultivated Asiatic moonseed (Menispermum dahuricum DC.) were studied in terms of morphological characteristics, habitat conditions, phenological phase, rhizome and main vine above ground.

以人工栽培的北豆根为研究对象，从形态特征、生境条件、物候期、地下根状茎及地上主蔓生长等方面，对北豆根生物学特性及生长发育规律进行了研究。

Stem and pedicels papillose-pubescent; leaves of 2 shapes, basal 2 different from and much larger than others; flowers slightly zygomorphic; nectary on 1 outer tepal much larger than others and spurred abaxially

茎和花梗小乳突状短柔毛；叶的2个形状，基部不同于和很多比其它的大；花有点左右对称；在背面1 外部花被片很多比其它的大和距上的蜜腺 21 FRITILLARIA karelinii 砂贝母

Rhizomes horizontal; spikes lax, nutant; pedicels 10-12 mm, articulate at middle.

根状茎水平；穗状花序疏松，下垂；花梗10-12毫米，在中间有节。

Stems erect, 10--30(--40) cm, terete or obscurely angular.

茎直立，10-30(-40)厘米，圆柱状的或不明显具角。

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。