花瓣的

Petals of same color as sepals, not black-brown, distally not enlarged.

与萼片相同的颜色的花瓣，并非黑棕色，上部不扩大。

Basal leaf blade reniform, rarely ovate-cordate, apex rounded, rarely subobtuse or emarginate; cauline leaf about as large as basal ones; petals obovate, eglandular, apex emarginate

肾形，很少卵状心形，先端圆形的基生叶，很少微钝或微缺；关于象基生者一样大的茎生叶；花瓣倒卵形，无腺体，先端微缺 18 P。 chinensis 中国梅花草

Stamens epipetalous at same level, included or exserted; filaments equal, basally puberulent.

同一事物的花瓣上着生的雄蕊使成水平，包括或者；花丝等长，基部被微柔毛。

Petals white, obovate, margin sparsely erose or entire, apex rounded or cleft.

花瓣白色，倒卵形，边缘疏生啮蚀状的或全缘，先端圆形的或半裂。

Petals 5, imbricate, white or yellowish, rarely greenish, margin fimbriate, erose, or entire.

花瓣5，淡黄，很少带绿色的覆瓦状，白色的或，边缘流苏状，啮蚀状，或全缘。

Margin of rosette leaf appendage fimbriate; petals red or white

莲座丛叶附属物的边缘流苏状；花瓣红色的或白色 3 O。

On the plant that blossoms in, very much small fly sits on leaf, now and then back and forth formicate, do not visit the column head that covers pollen however.

在一朵开花的植株上，很多小蝇坐在花瓣上，偶然往返爬动，却不去访问布满花粉的柱头。

Female flowers 1-3 at base of inflorescence, sometimes absent; pedicel distinct; sepals [2 or]3, irregularly triangular, fused at base, glandless; petals and disk absent; ovary [2 or]3-locular, smooth, usually glabrous; style present; stigmas [2 or]3, undivided, glandless.

在花序的基部的雌花1-3，有时无；花梗清楚；萼片 [2或者 ]3，不规则三角形，在基部愈合，无腺体；花瓣和花盘无；子房 [2或者 ]3室，平滑，通常无毛；花柱宿存柱头 [2或者 ]3，不裂，。

Fruit terete, torulose; sepals 3.5-5.5(-7) mm; petals 6-8(-10)× 1-1.5 mm; filaments 3-5(-6) mm; anthers 1-1.5 mm; middle leaves often lobed or hastate basally

果圆柱状，近念珠状；萼片3.5-5.5(-7)毫米；花瓣 6-8(-10)* 1-1.5 毫米；花丝3-5(-6)毫米；花药1-1.5毫米；基部的中部叶通常浅裂的或戟形 9 S。

Homologic fragments of ethylene synthesis and signal transduction related genes,including ACS、 ACO、 ETR1 and EIN3, were isolated from petals by RT-PCR, and were named PsACS GenBank No.

花瓣中ACS活性变化与内源乙烯的生成相关，说明ACS是影响牡丹切花开放衰老进程的主要因素。

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。