萼

Calyx short, 5-lobed or with 5 distinct sepals, imbricate in bud.

花萼短，5裂或具5离生萼片，在芽中覆瓦状。

Leaf blade lanceolate to ovate; calyx lobes puberulent or inconspicuously pellucid.

叶片披针形的到卵形；萼裂片被微柔毛的或不明显透明。

Sepals not incrassate or only slightly so at base.

萼片并非增厚的或只稍如此在基部。

Calyx and corolla outside shortly stellate tomentose; calyx lobes not obscured by their indumentum; corolla tube 1--1.3 wide

短在外面的花萼和花冠被星状绒毛；通过他们的毛被不不明显的萼裂片；花冠筒1 --1.3宽 13 Buddleja myriantha 酒药花醉鱼草

Corolla tube longer than sepals; calyx with a continuous row of basal glands inside; leaves with a strong intramarginal vein

花冠筒长于萼片；在里面的花萼具一排连续的基部腺体；叶具一强壮的边脉 1 Aganosma marginata 香花藤

Herbs , perennial, pubescent, with dark glands present on petals, sepals and sometimes on leaf apex, but not on anthers or forming intramarginal row on leaves. Stems rooting.

草本 ，多年生草本短柔毛，在花瓣上的具深色的腺体宿存，萼片和有时在叶先端上，但不是在花药或上在叶上形成近边缘内的排。

Herbs, perennial, glabrous to papillose , with dark glands present on petals, usually on sepals and sometimes on leaf apex , but not forming intramarginal row on leaves. Stems not rooting.

多年生草本，无毛到具小乳突，在花瓣上的具深色的腺体宿存，通常在萼片上和有时在叶先端上，但不是在叶上形成近边缘内的排。

Petals golden yellow, not tinged red, oblong-obovate to broadly obovate, 1.2-1.8 × 1-1.4 cm, 1.5-2 × as long as sepals; margin entire or slightly eroded-denticulate with row of intramarginal gland-dots; apiculus rounded to obsolete.

花瓣金黄色，不微染红色，对宽倒卵形长圆状倒卵形， 1.2-1.8 * 1-1.4 厘米，1.5-2 *等长于萼片；边缘全缘或稍具细牙齿腐蚀的的具成排的近边缘内的腺体小圆点；细尖的圆形到废退。

The research aimed to study the tissue culture and rapid propagation of Sedirea japonica.

［目的］研究萼脊兰的组织培养和快速繁殖技术。

Although absent in most species, nectar may be produced in a spur (8) of the labellum, on the point of the sepals or in the septa of the ovary, the most typical position amongst the Asparagales.

虽然在大多数的物种中不存在，但花蜜可在唇瓣的距（片或花瓣、花萼或花冠上的、细小的、囊状、中空的附属结构。）中产出，在萼片的尖端或者在子房室之间的隔上，在天门冬目的植物里面所处位置最特别。

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。