卵形的

Achene not lustrous, enclosed by marcescent perianth, Seed with endosperm; cotyledons elliptic or ovate.

没有光泽的瘦果，藏于凋而不落的花被，有胚乳的种子；子叶椭圆形或卵形。

Seed cones usually less than 8 cm, often broadly barrel-shaped or ovoid; young branchlets ± densely rusty brown pubescent.

宽的通常的球果少于8厘米，通常桶形的或卵球形；幼枝多少密被锈色棕色短柔毛。

Sepals ovate or oblong, persistent or caducous, base of lateral pair not saccate.

或长圆形的萼片卵形，宿存或早落，不囊状的侧对的基部。

Nutlet broadly ovate, 3-4 × 2-2.5 mm, with papery wings ca. 1/4 as wide as nutlet.

Nutlet宽卵形， 3-4 * 2-2.5 毫米，具飞行约的宽是小坚果的宽的1/4。

Sepals ovate or oblong, ascending or spreading, base of lateral pair not saccate.

萼片卵形或长圆形，上升的或开展，侧的对的基部不囊状。

Leaf blade orbicular to ovate, adaxially green or variegated along veins, abaxially green.

叶片圆形到卵形，正面绿色的或有斑的沿脉，背面的绿色。

Leaves leathery or nearly so, elliptic or ovate to orbicular; inflorescence 1(or 2)-branched; joint of pedicel beneath middle.

叶革质的或近如此，椭圆形或卵形到圆形；花序1(或2)分枝；在中间下面的花梗的关节。

Sepals ovate or oblong, base of lateral pair saccate or not, margin membranous.

或长圆形的萼片卵形，囊状的侧对的基部与否，边缘膜质。

Panicle open, elliptic to narrowly ovate; branches bare in lower part; palea less than 0.2 lemma length.

圆锥花序开阔的，椭圆的到狭卵形；分枝最低限度的在下部；内稃少于0.2个外稃长度。

Its main features were: the flowering branch 70~170 cm; the inflorescence is racemes or simple panicle; the axis of inflorescence is thick, and the node is distict; there are 4~5 florets in a spikelet, and the spikelet is non-stem; small rachis internodes glabrous, and the pikelet like a stick; there are 2 membrane glume; the lemma is longer or equal to the palea; there are 2 squamas, and 6 stamens; its ovarium like ovatum; there are 3 brushy tigmas; did not see the caryopsis; flowering February-March.

摘要《中国植物志》第九卷第一分册及其它的相关文献均无关于竹亚科簕竹属吊罗坭竹花的描述或记录，本文作者采集制作了该竹子繁殖器官标本，并分别用中文和拉丁文对其进行了描述，其主要特征：花枝长70~170 cm；花序为总状花序或简单的圆锥花序；花序轴粗，节明显；小穗含4~5朵小花；小穗无柄；小穗轴节间无毛，呈棒状；颖2，膜质；外稃长或等于内稃；鳞被2；雄蕊6；子房卵形；柱头3，呈毛刷状；颖果未见。

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。