| 1. | Starch grains present in the embryo sac and placenta are utilized by the embryo .
存在于胚囊和胎座中的淀粉粒为胚胎所利用。 |
| 2. | Amyloplast a plastid that synthesizes and stores starch grains
淀粉体：一种与合成和储存淀粉粒有关的质体。 |
| 3. | The stroma may contain storage products of photosynthesis , e . g . starch grains
基质还可以储存光合作用的一些产物，如淀粉粒。 |
| 4. | The center of a starch grain around which the layers of starch are deposited
脐点：是淀粉粒的形成中心，淀粉成层积聚在脐点周围。 |
| 5. | Changes of water content and starch grain in the leaves of evergreen broad - leaf plants during overwintering
常绿阔叶植物越冬期间叶片水分及淀粉粒的动态变化 |
| 6. | The results are related , among other things , to starch granule stability in the presence of amylase enzymes
该结果与淀粉粒在淀粉酶存在条件下的稳定性有关。 |
| 7. | They have a physiological role in the root cap and elsewhere , where the starch grains act as statoliths
在根冠及其他部位有重要的生理作用，在那些地方淀粉粒具有平衡石的功能。 |
| 8. | The chloroplasts of the mesophyll , by contrast , appear normal and contain grana , but do not form starch grains
相比较而言，叶肉细胞内的叶绿体数目少、含基粒，但不形成淀粉粒。 |
| 9. | In other four species , gentiana przewalskii , aconium tanguticum , pedicularis kansuensis and delphinium monanthum , the whole starch grains were light in
在其余4种高山植物中，淀粉粒的电子密度均较低。 |
| 10. | The cells of the bundle sheath that surround the vascular tissues are large and contain specialized elongated chloroplasts that do not contain grana , but form starch grains
它的特点为：围绕在维管组织外层的维管束薄壁细胞较大，并含有较大的叶绿体，这些叶绿体中不含基粒，但形成淀粉粒。 |
