种皮

Seeds winged or not; wings derived from seed coat.

种子具翅与否；从种皮得到的翅。

Seeds more than 40 per capsule, flattened, slightly convex on both sides; seed coat smooth.

花柱1-1.5毫米种子40 每蒴果的超过，扁平，稍凸的两面；种皮平滑。

Methods The stability of pigment in black seed coat of wild soybean was investigated by spectrophotometry.

方法提取野生大豆黑色种皮色素，用分光光度法研究其稳定性。

Seed coat alveolate, with simple and shallow or spongy and complex hexagonal pits.

海绵状的种皮alveolate，具单和浅或和六角形具洼点的复合体。

Seeds several to many, compressed; seed coat not shiny.

种子数枚到多数，压扁；种皮不发亮。

The researchers reasoned that if such tubes do penetrate conventional cell walls, they might also be able to pierce the even-tougher coat of a seed.

研究人员认为如果这些微管确实能穿透传统细胞壁的话，那么它们也有可能有能力穿透更坚硬的种皮。

The results showed that the frequency of germination were able to be increased by keeping seed vessel, culturing seeds with radicle up and pre-treating seeds in 5.0mg/L GA3 solution for 12h. The frequency of explant-browning was reduced by adding AC 0.5mg/L to induction media and the vigor of plantlets was promoted by the AC-adding. The propagating coefficient could be improved and the frequency of bud-vitrifration increased by adding 150mg/L coconut water.

结果表明发芽时保留种皮、接种时胚根向上对蚕豆种子的萌发有着至关重要的影响，用5.0mg/L GA3溶液浸种12h有利于种子萌发；培养基中添加0.5g/L AC能有效抑制外植体的褐化，并能使植株生长健壮；培养基中添加150mg/L椰汁能提高繁殖系数，有效抑制玻璃苗的发生。

The capacities of Na(superscript +) accumulation and rejection as well as the Ca(superscript 2+) selective absorption might be related to salt-tolerance of maize cultivars.

玉米根、根颈、种皮的Na积累能力、叶的拒Na能力和幼苗选择吸收Ca(上标 2+)的能力可能与品种耐盐性有关。

However, we found no support for the recognition of Koyama's six proposed sections of Smilax.

Macranthae的大多数种类之间的亲缘关系较为密切，但种皮形态证据不支持Koyama将菝葜属分为6个组的观点。

Mechanical damage Three replications of 100 seeds were soaked in 1% sodium hypochlorite solution for 10 min.

种子以及种皮的很明显地膨胀损坏可以通过手持透镜观测到。

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。