离萼片的

Sterile flowers few, large; sepals 2 or 3, free or sometimes basally slightly connate, petaloid.

不育的花很少，大；有时的萼片2或3，离生或基部稍合生，瓣状。

Sepals free, caducous shortly after anthesis; fruit linear or rarely linear-oblong, terete, 4-angled, or latiseptate; with longitudinally oriented, malpighiaceous and/or 3-5-fid stellate trichomes; styles 0.5-3(-4) mm.

萼片离生，早落短在花后；果线形的或很少线状长圆形，圆柱状，四棱形，或者具宽隔膜；纵向的具面向，malpighiaceous和3-5半裂星状毛；花柱0.5-3(-4)毫米 2

Female flowers: sepals 5(or 6), free, imbricate, usually persistent in fruits; disk annular, lobed, or dissected, sometimes with staminodes; ovary 2- or 3(or 4 or 5)-locular; ovules 1 per locule; styles unlobed or bifid, sometimes dilated.

雌花 萼片5(或6)，离生，覆瓦状，在果期的通常宿存；花盘环状，浅裂的，或多裂的，有时具退化雄蕊；子房2或3室；胚珠每室1；花柱不裂或者2裂，有时膨大。

Petals white or pink, sometimes yellowish, longer or rarely shorter than sepals; blade obovate, spatulate, or oblanceolate, apex obtuse or retuse; claw distinct or not.

花瓣白色或粉红色，有时淡黄，长或很少短于萼片；倒卵形，匙形的叶片，或倒披针形，先端钝或微凹；离生的瓣爪与否。

Petals 4 or 5, distinct, linear to spatulate, much longer than sepals, imbricate or contorted in bud.

花瓣4或5，离生，线形到匙形，远长于萼片，旋转状的覆瓦状的或在芽中。

Free sepal tips 0.5-5 mm, distinctly subapical; dry capsules rusty brown to black; apex of inflorescence usually curved or sigmoid

离生萼片端部0.5-5毫米，清楚近尖端；干燥蒴果锈色的棕色到黑色；花序的先端通常弄弯或sigmoid 9

Sepals free or basally subconnate, triangular to lanceolate, usually shorter than corolla tube.

基部的萼片离生或subconnate，三角形的到披针形，通常短于花冠筒。

Sepals free, shallowly boat-shaped, often enlarging and persistent in fruit.

萼片离生，浅舟状，扩大的通常和在果期宿存。

Sepals lance-ovate to lanceolate, 3.5–6 × 1.4–3.1 mm, densely stellate pubescent, midvein usually distinct at anthesis, apex abruptly mucronate-acuminate.

萼片披针形卵形的到披针形， 3.5-6 * 1.4-3.1 毫米，密被星状短柔毛，中脉的通常离生的在花期，先端突然短尖渐尖。

Carpels ± free; leaves linear to linear-oblong; sepals acute at apex

心皮多少离生；叶线形到线形长圆形；萼片锐尖的在先端 56 S。

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。