具翅果的

Fruit indehiscent, samaroid siliques or silicles, oblong, ovate, obovate, cordate, elliptic, oblanceolate, spatulate, or orbicular, strongly angustiseptate, sessile, prominently winged all around or distally, 1(or 2)-seeded, glabrous or hairy, smooth; seed-bearing locule papery or corky, prominently or obscurely 1- or 3-veined, sometimes keeled or shortly winged; valves and replum united; gynophore, style, and septum absent; stigma capitate, entire.

果不裂，翅果状的长角果或者短角果，长圆形，卵形，，心形，椭圆形，倒披针形，匙形，或圆形，强烈果实狭隔，无梗，在或上部的周围显著具翅，种子着生纸质的子房室或木栓质，显著或不明显-3脉的或，有时短具翅的龙骨状或；裂爿和假隔膜合生；雌蕊柄，风格和隔板缺席；柱头头状，全缘。

Body and wings of samara pubescent; leaf blade lanceolate, oblong, ovate, or elliptic

翅果具短柔毛的身体和翅；披针形的叶片，长圆形，卵形，或椭圆形 9

Fruit a loculicidally dehiscent capsule, schizocarp of 2-5 indehiscent mericarps, drupe, berry, or samara with a single surrounding wing, rarely an indehiscent capsule or nut with lateral style, pericarp bony, leathery, chartaceous, or fleshy, capsules smooth, angular, deeply lobed, transversely flattened and lobed to base, or connate, rarely prickly, laterally winged.

果为纵向开裂的蒴果，有2-5个不裂的分果瓣的分果，核果，浆果或者具有环绕的翅的翅果，很少为不裂的蒴果或者有侧花柱的坚果，果皮骨质，革质、纸质或肉质，蒴果光滑，有角，深裂到基部或合生，横向扁平，很少具刺，侧面有翅。

Follicles with ca. 20 prominent papery wings, glabrous; interpetiolar line conspicuous, lobed; inflorescences normally paired at nodes, conical with well-defined main rachis, lax, top pointed; cymules forked

约的蓇葖果具20个突出的纸质的翅膀，无毛；叶柄间的线显眼，有叶；花序通常配对在节上，圆锥状的具明确的主轴，疏松，顶尖；小聚伞花序分岔 4 Myriopteron 翅果藤属

Leaf blades with numerous parallel secondary veins; fruit samaroid follicles

叶片具多数平行的次脉；果翅果状的蓇葖果 19 Cameraria 鸭蛋花属

Samaras 1-3, each 3-winged; abaxial wing long, erect; lateral wings short, spreading.

翅果1-3，每个具3翅；背翅长，直立；侧翅短，平展的。

Samaras ca. 1.5 cm with wing, glabrous; wings spreading at obtuse angle; nutlets elliptic-convex, only slightly veined with thin, weak wall.

翅果包括翅约1.5厘米，无毛；翅张开为钝角小坚果椭圆凸面，只是稍具脉，带薄、弱的壁。

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。