萼片

Leaves prominently black punctate-lineate; bracts subulate, bracteoles and calyx lobes longer than wide, apery, apex acute

显著的叶黑色具点具线纹；苞片钻形，小苞片和萼裂片长于宽，学样，先端锐尖 21 Maesa hupehensis 湖北杜茎山

Bracts linear; lower calyx teeth indistinct; lobes of upper lip of corolla divaricate almost at right angles

苞片线形更低的萼齿不清楚；极叉开的花冠的上唇的裂片几乎在直角 2 Lavandula latifolia 宽叶薰衣草

Hypanthium ca. 2 cm, pectinate setose-tuberculate and among calyx lobes, base clasped by bracteoles.

托杯约2厘米，栉状具刚毛具瘤的和在萼裂片中，基础以小苞片抱茎。

Peduncle to 10 cm; bract margin crenulate; pedicel 0.1-0.5(-2) cm; calyx segments 1.2-1.7 cm, apex attenuate

花序梗到10厘米；苞片边缘具细圆齿；花梗0.1-0.5(-2)厘米；花萼裂片1.2-1.7厘米，先端渐狭 30 Chirita verecunda 齿萼唇柱苣苔

Involucral bracts 14-18 mm; calyx lobes 5-7 mm.

总苞片14-18毫米；萼裂片5-7毫米 48 D。

Branchlets terete, lenticellate; calyx lobes densely punctate-lineate; bracts and bracteoles wider than long; inflorescence rachis and pedicels glabrous

小枝圆柱状，具皮孔；浓密的萼裂片具点具线纹；苞片和小苞片长不及宽；花序轴和花梗无毛 22 Maesa consanguinea 拟杜茎山

The conspicuous calyx teeth, well-developed bracts and bracteoles, and almost always pubescent fruit seem to distinguish it from Seseli , but more material is needed for a taxonomic study to resolve this complex situation.

明显的萼齿，发育良好苞片和小苞片，和几乎总是具短柔毛的果似乎可以明显地与Seseli的种区分开，但更多的标本仍需要采集用于分类研究以解决这个复杂的情况。

Basal leaves not caudate; calyx lobes ovate; corolla upper lip lobes apically subtruncate, margin with few small irregular teeth near apex

基生叶不尾状；萼裂片卵形；近截形的花冠上唇裂片顶部，边缘具很少小的不规则的齿近先端 4 Mazus xiuningensis 休宁通泉草

Plants 20--50 cm tall; inflorescences concentrated into capitula, pedicels 0.5--2.5 mm; bracts and calyx lobes undulate at margin, not ciliate; seeds truncately tuberculate

植株20 --50厘米高；花序进头状，花梗0.5被集中--2.5毫米；苞片和萼裂片边缘波状，不具缘毛；种子截形具瘤 2 G。 cephalotes 膜苞石头花

Compound umbels terminal; bracts and bracteoles absent; umbellules few to many-flowered. Calyx teeth triangular, apex obtuse.

复合的伞形花序顶生；苞片和小苞片无；小伞形花序有花少数至多花；萼齿三角形，先端钝。

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。