藤属

Disc cylindric, thick, fleshy; calyx with basal colleters inside; corolla without faucal corona scales, tube inflated at base, contracted at mouth

花盘圆筒状，厚，肉质；在里面的花萼具基部的黏液毛；没有喉副花冠鳞片的花冠，筒部膨大的在基部，在嘴收缩 4 Bousigonia 奶子藤属

Corona lobes as high as anthers and with interior angle forming an acute tooth incumbent on top of the anthers; inflorescences long pedunculate umbel-like clusters of cymules; follicles often with longitudinal or transverse ridges or wings

象花药并且具内角形成一有义务的锐尖齿在花药之上的一样高的副花冠裂片；花序长花序梗小聚伞花序的象伞形花序一样的簇生；蓇葖果通常具纵向的或横裂的脊或翅 35 Dregea 南山藤属

Involucre 3- or 4-lobed, lobes usually joined at base; corolla 2-lipped; stamens 4

通常的Involucre 3或4 放高球，耳垂在基部连接；花冠二唇形；雄蕊4 19 Congea 绒苞藤属

Mm wide; follicles with a thick, fibrous mesocarp

肉质的花序轴，苞片卵形，约1毫米；花冠裂片约4毫米宽；蓇葖果具一厚，纤维状 37 Merrillanthus 驼峰藤属

The methods and data of phytomorphology. phytotomy, phytoembryology. palynology. phytocytota.xonomy. phytochemistry and molecular systematics are referred to summarize the systematic status of the genus Gnetum in this paper.

本文参考植物形态学、植物解剖学、植物胚胎学、孢粉学、植物细胞分类学、植物化学和分子系统学等方面的资料，对买麻藤属植物的系统学位置进行总结。

A precursory new species of genus Celastrus in China.

标题 我国南蛇藤属一个新种的预报。

Any of various evergreen climbing shrubs of the genus Stephanotis having fragrant waxy flowers.

千斤子藤属的任何一种长绿攀爬灌木，具有芬芳的蜡质的叶子。

Corolla actinomorphic or slightly zygomorphic, 5(-7)-lobed; stamens 5(-7); leaf blade margin entire

花冠辐射对称的或稍左右对称，有叶5(-7)；雄蕊5(-7)；叶片边缘全缘 18 Sphenodesme 楔翅藤属

Crebanine, which mainly lies in some Stephania plants of Menispermaceae, is an isoquinoline aporphine alkaloids.

中文摘要：克班宁(Crebanine，Cre)是一种异喹啉类阿朴菲型生物碱，主要存在于防己科千金藤属的部分种中。

The species belonging to this genus are obligate holoparasites on the plants of Loranthaceae and Dendrotrophe.

重寄生属植物的寄主仅局限於桑寄生科和檀香科寄生藤属的植物。

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。