萼

Sepals 4, small, ovate, oblong-ovate, or deltoid, bases connate, imbricate in bud.

萼片4，小，卵形，长圆状卵形，或正三角形，基部合生，芽中覆瓦状。

Sepals ovate or oblong-ovate, larger ones ca. 2 mm, abaxially pilose at base. Petals 5, lanceolate, ca.

萼片卵形或长圆状卵形，大的约2毫米，背面的具柔毛的在基部。

Female flowers: sepals similar to male but oblong-ovate, margins membranous; ovary smooth, glabrous, 3- or 4-locular; styles 3 or 4, linear, entire.

雌花：萼片类似于雄花，但是长圆状卵形，边缘膜质；子房平滑，无毛，3-或4室；花柱3或4，线形，全缘。

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。

Capsule ovoid or oblong-ovoid to conic, 4-7 × 3-5 mm, 1.5-2 × as long as sepals.

蒴果卵球形或长圆状卵球形的到圆锥形，4-7 * 3-5毫米，长为萼片的1.5-2倍。

Stem leaves petiolate; leaf blades widest above middle; calyx lobes oblong-spatulate to narrowly elliptic

茎生叶具叶柄；叶片宽在中部以上；萼裂片匙形长圆形的到狭椭圆形 8 Comastoma henryi 鄂西喉毛花

Sepals erect, subequal, ovate to oblong-ovate or oblong-spatulate, 7-10 × 4.5-6.2 mm; laminar glands lines, sometimes interrupted; margin entire or minutely denticulate and sometimes with narrowly hyaline margin, apex acute or apiculate to obtuse.

萼片直立，近等长，卵形到长圆状卵形或者长圆形， 7-10 * 4.5-6.2 毫米；片状腺体线形，有时打断；边缘全缘或稍具细牙齿的和有时具狭透明边缘，先端锐尖或具细尖到钝。

Berrylike drupe subglobose or obovoid-globose, base with persistent calyx tube, with 2-4 one-seeded stones.

浆果状的核果近球形或者倒卵球形球状，基部有持久的萼筒，带有2-4枚1种子的核。

Leaf blade secondary veins (11–)15–21 on each side of midvein; sepals ovate-deltoid to rarely ovate, outside surface not medially blackened, midvein usually distinct at anthesis, apex acuminate-mucronate to rarely obtuse-mucronate; filament

叶片次脉(11-)15-21在中脉两边各；中度使的萼片卵形正三角形兑一很少卵形，不的外表面变黑，中脉通常离生在花期，在短尖的很少钝短尖的先端渐尖；花丝 7 Clethra fargesii 城口桤叶树

Sepals ovate-elliptic, ca. 3 mm, herbaceous.

萼片卵形椭圆形，约3毫米，草质。

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。