无生的

Flower solitary and terminal, androdioecious ,pedicel stout, glabrous; flowers fragrant, tepals 12 in 4 whorls, outer 3 tepals large, obovate, red, 4cm long, 2cm wide ,rounded at apex, attenuate at base, tepals of inner 3 whorls narrow-obovate-spatulate, white, 3-3.5cm long; stamens 30 ,2.5cm long, anthers 1.58 cm long, filaments short.

花单生枝顶，雄花和两性花异株，花梗粗短，无毛；花白色，芳香，花被片12，4轮排列，外轮3片较大，倒卵形，红色，长4cm ，宽2cm ，先端圆，基部渐窄，内3轮窄倒卵状匙形，白色，长3~3.3cm ，雄蕊30，长约2.5cm ，花药长约1.5cm ，花丝短，药隔伸出成短尖的附属物；两性花花被片与雄花相同。

Shrubs or trees, sometimes climbers or epiphytes, evergreen, hermaphroditic or andromonoecious, unarmed.

灌木或乔木，有时攀援藤本或附生植物，常绿，两性的或雄花两性花同株，无刺。

Sepals and petals 5, persistent after anthesis, sepals free, entire or rarely glandular-ciliate, petals entire or glandular-ciliate, apiculus absent.

萼片和花瓣5，宿存在花后，萼片离生，全缘或很少具腺具缘毛的，花瓣全缘或具腺具缘毛，细尖无。

Leaves alternate, sessile, terete, fleshy, base expanded, apex obtuse or aristate awned; leaf axil fascicular pilose.

叶互生，无柄，圆柱状，肉质，基部扩大的，先端钝或具芒；叶腋束状具柔毛。

Cauline leaves petiolate or sessile, cuneate or attenuate, not auriculate, entire.

茎生叶具叶柄或者无柄，楔形的或渐狭，并非耳形，整个。

Cauline leaves petiolate or sessile, cuneate or attenuate at base, rarely auriculate, entire or dentate.

茎生叶具叶柄或者无柄，楔形的或渐狭在基部，很少耳形，整个或具牙齿。

Cauline leaves sessile, cuneate or attenuate, not auriculate, linear, entire.

茎生叶无柄，楔形的或渐狭，并非耳形，线，整个。

Objective To investigate the applied value and clinical value of classification diagnosis on azoospermia by seminal spermatogenic cells examination.

目的 探讨精液生精细胞检查对无精症诊断的应用价值及临床意义。

Yea, the hind also calved in the field, and forsook it, because there was no grass.

14：5 田野的母鹿生下小鹿，就撇弃，因为无草。

Stamens 4 or 5, antepetalous and often ± enclosed by petals; filaments thin, adnate to bases of petals; anthers minute, versatile or not, 2(or 4)-celled, dehiscing by longitudinal slits, usually introrse.

雄蕊4-5，对瓣并且通常被花瓣包围；花丝纤细，贴生到花瓣的基部；花药小，有丁字着或无，2(或者4)室，通常向内纵向开裂。

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。