caryopsis
英
美
n. 颖果；壳果
英英释义
noun
- dry seed-like fruit produced by the cereal grasses: e.g. wheat, barley, Indian corn
双语例句
- Dehydrogenase activity and moisture content of caryopsis have a certain correlation. With the decline in moisture content, dehydrogenase activity was gradually decreased. 2.
颖果脱氢酶活性与含水率存在一定的相关性，随着后期含水率的下降，脱氢酶活性呈逐渐下降的趋势。2.明确了胚的发育过程。 - This paper studied the effects of different depth sand burying on the caryopsis germination, seedling emergence and growth of Bromus inermis Leyss.
研究了沙埋对浑善达克沙地植物群落中多年生禾草无芒雀麦种子萌发、出苗和幼苗生长的影响。 - Clearing effects of panicle nitrogen fertilizer on soluble sugar, starch and protein accumulation in caryopsis flowering different sequence during the grain filling.
明确了氮素穗肥对水稻不同时间开花颖花灌浆充实过程中可溶性糖、淀粉和蛋白质积累的影响。 - Caryopsis dorsal vascular bundle and the endosperm were not direct contact; between the two was nucellus tissue.
颖果背部维管束和胚乳组织不直接接触，二者之间有珠心突起组织。 - Observation on the structure change of phloem cells in the developing wheat caryopsis
小麦颖果发育过程中韧皮部细胞的结构变化观察 - The content of lysine decreased with maturation of caryopsis, with the highest content in the grouting stage.
赖氨酸含量随颖果成熟度的提高而减少，积累高峰在灌浆期； - The substance in caryopsis mainly derived from the photoassimilate after heading and the temporary storage from stem and leaf sheath before heading.
颖果内的贮藏物质主要来源于抽穗后叶片的光合同化物和抽穗前叶鞘和茎杆中临时性贮存的碳水化合物的灌浆充实。 - Under the epidermal cells in only the longitudinal elongation of caryopsis development process rather than split, there will be the interval between the epidermal cells with the development of rice caryopsis. 2.
下表皮细胞在颖果发育过程中仅纵向伸长而不分裂，随着水稻颖果的发育下表皮细胞间会有间隔。 - It can be concluded that caryopsis ventral shape, sculpture, and foveola are very useful characteristics for the identification of species and the inference of interspecific relationships in Eleusine.
穇属植物的颖果腹面形状、纹饰、表面小孔直径及平均密度等性状，可为种类鉴定及种间关系分析提供有价值的证据。 - So, the structural difference of dorsal vascular bundle was considered as the important morphological and anatomical basis for difference of rice chalkiness, caryopsis plumpness and other accumulation related characters.
结果表明，颖果背部维管束结构的差异，是稻米垩白性状、颖果充实度和其它与同化物积累特性有关的性状产生差异的重要形态学和解剖学基础。