萼状的

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

萼片长圆形或卵形，直立，侧的对的基部不囊状。

Sepals oblong or linear, erect or ascending, base of lateral pair slightly to strongly saccate, margin membranous.

萼片长圆形或线形，直立或上升，侧的对稍到强烈的基部囊状，边缘膜质。

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

萼片长圆形，落叶，侧的对的基部不囊状，边缘膜质。

Bracteoles small, lunate, semiorbicular, or broadly ovate; inner 5 or 6 bracteoles ± persistent on young fruit, sepaloid, suborbicular, margin membranous.

小苞片小，新月形，半圆形，或者宽卵形；内部5或6小苞片多少在年轻的果上宿存，萼片状，近圆形，边缘膜质的。

Flowers generally 4-merous, rarely 5-merous; sepals thick, semiorbicular, ca. 2 mm wide, margin ciliate with dark brown toothlike cilia or entire; petals broadly elliptic, ca.

一般的花4瓣，很少5瓣；萼片粗，半圆形，宽约2毫米，暗褐色的边缘具缘毛具齿状缘毛或全缘；宽椭圆形的花瓣，长约3毫米。

Petals lanceolate to oblong, margin conspicuously erose; leaves linear, apex spinose-apiculate; sepals spurless, apex spinose-apiculate

显著的花瓣披针形的到长圆形，边缘啮蚀状；叶线形，先端具细尖；萼片无距，先端具细尖 9 S。 daigremontianum 啮瓣景天

Then, we construct a coordinate system for terminal bouton of PN in calyx of mushroom body.

然后在果蝇脑的蕈状体萼端定义一个座标系统，用以定位其轴突末梢的空间座标。

Stems caespitose, branched or not; leaf blade linear-lanceolate or elliptic-lanceolate, 3-5 mm wide [in Nepal, leaves to 8 mm wide]; racemes terminal or axillary; bracts linear, persistent at flowering; inner sepals ovate-oblong to elliptic-oblong.

茎丛生，分枝与否；叶片线形披针形或椭圆形披针形，3-5毫米宽 [在尼泊尔，对8毫米宽的叶 ]；总状花序顶生或腋生；苞片线形，在花宿存；内部萼片卵状长圆形的到椭圆形长圆形。

Stipules and stipels usually present; flowers usually bisexual; disk cupular; sepals, petals, and stamens inserted at edge of disk.

托叶和小托叶通常宿存；花通常两性；花盘杯状萼片，花瓣和在花盘的边缘着生的雄蕊。 2 Garuga 白头树属

5 Mm. Female flowers: pedicels short but extending to ca. 5 mm in fruit; sepals 5, oblong-ovate to ovate-lanceolate, ca. 8 mm; petals and disk as in male; ovary ovoid; styles 3, apex bifid.

雌花：花梗短，但在果期延伸到约5毫米；萼片5，长圆状卵形的到卵状披针形，约8毫米；如同在男性里的花瓣和花盘；子房卵球形；花柱3，先端2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。