scutella
scutella
1. ABA could suppress the expression of OsMAN2 in the scutellum, and the expression of OsMAN4 in the aleurone layer.
ABA 可以抑制OsMAN2 基因在糊粉层中的表达以及OsMAN4 在糊粉层 中的表达。
2. Cocconeis scutellum
n. 盾卵形藻
3. Cocconeis scutellum var. stauroneiformis
n. 盾卵形藻十字形变种
4. Cocconeis scutellum var. parva
n. 盾卵形藻小型变种
5. Cocconeis scutellum var. japonica
n. 盾卵形藻日本变种
6. Cocconeis scutellum var. varians
n. 盾卵形藻易变变种
7. Cocconeis scutellum var. minutissima
n. 盾卵形藻极小变种
8. upper lip deciduous, with a transverse, rounded, concave, scalelike scutellum (shield) or without and abaxially conspicuously saccate;
上唇落叶，具一横裂，圆形，凹，盾片盾)或没有和背面显著囊状；
9. mesonotal scutellum
中背小盾片
10. In a monocotyledonous plant, the same role is played by the scutellum, as in a cereal grain
在一个单子叶植物中，同样的作用由盾片来承担，如在一个谷粒中。
11. scutellum ca. 4 mm.Corolla and nutlets not seen.
大约4毫米花冠和小坚果未见的盾片。
12. Scutellum covered with yellow pubescence.
小盾片密被黄毛。
13. The main store in mature seed scutellum was protein and lipid, which were specially stored in protein body and lipid body, and there was no plastid with starch in cells.
成熟玉米种子盾片中的主要贮藏物质是蛋白质和脂肪，它们分别贮藏在蛋白体和脂体中，没有发现含有淀粉粒的质体。
14. The mature embryo is corn posed of radicle, coleorhiza, plumule, coleoptile, scutellum and epiblast.That is the typical structure of the mature embryo of grass.
成熟胚具有胚根、胚芽、盾片、胚芽鞘、胚根鞘、外胚叶等典型禾本科植物成熟胚的结构。
15. scutellum flabellate, ca. 5 mm, slightly reflexed, ciliate.
扇形的盾片，约5毫米，有点反折，纤毛。
16. Abstract： Miniature mutants appeared in the generations of the regenerated plants were obtained in the scutellum cell of the sorghum pure Line 401-1 through immature embryo culture.
摘 要： 以高粱纯系401-1为材料，通过幼胚培养，由小盾片细胞产生的再生植株后代出现株形矮小、叶形窄短的突变体[1]。
17. Miniature mutants appeared in the generations of the regenerated plants were obtained in the scutellum cell of the sorghum pure Line 401-1 through immature embryo culture.
摘要以高粱纯系401-l为材料，通过幼胚培养，由小盾片细胞产生的再生植株后代出现株形矮小、叶形窄短的突变体。
18. The ultra-structure of scutellum was observed during seed-seedling transformation.
摘要对掖单22玉米种苗转化过程中盾片的超微结构进行了观察。
19. scutellum rot of orange
柑桔青霉病
20. Ultrastructure of Maize Scutellum during Seed-seedling Transformation
玉米种苗转化过程中盾片的超微结构观察
21. The store in different parts of scutellum had different degradation rates.The rate was faster in the epithelial cells than that of the inner cells.
盾片不同部位的细胞内贮藏物质降解的速度不同，上皮细胞的降解速度大于内部细胞。
22. scutellum ca. 1.5 mm, to 3 mm in fruit.
盾片约1.5毫米，在果期对3毫米。
23. scutellum ca. 1 mm.
盾片约1毫米。
24. scutellum ca. 1 mm, to 2 mm in fruit.
盾片约1毫米，在果期对2毫米。
25. scutellum node
盾片节
26. Perhaps the most interesting part of the grass embryo is a shield-like structure called the scutellum
禾本科胚最有趣的部分似乎是所谓盾片的盾状结构。
27. The results showed that the Pb content in different part of 20 genotypes of wheat grains differred from each other as aleuronic layer>hypocotyl>radicle>scutellum>plumule>cortex>endosperm.
结果表明：铅在小麦籽粒不同部位的含量存在明显差异，由大到小的依次为：糊粉层、胚轴、胚根、盾片、胚芽、皮层、内胚乳。
