在薄壁细胞中发现了比较多的晶体。
茎的皮层和髓部具很多大型的薄壁细胞。
There are lots of large parenchyma cells in the cortex and pith of the stem.
假种皮膜质，由5～ 7层薄壁细胞构成。
根皮层薄壁细胞中有的具共生的真菌菌丝。
In some of the parenchyma cells in cortex of root, there are clusters of symbiotic fungal hyphae.
茎中央是大型薄壁细胞构成的髓，具簇晶。
In the middle of stem is the pith, which composed of abundant parenchymatous cells with rhombohedral crystals.
根的次生韧皮部则由筛胞和韧皮薄壁细胞组成。
The secondary phloem consisted of sieve cells and phloem parenchymas.
SKC1在木质部导管周围的薄壁细胞特异表达。
SKC1 is preferentially expressed in the parenchyma cells surrounding the xylem vessels.
闭合型花柱由乳突细胞、薄壁细胞和引导组织组成；
Style of viburnum is model of occlusion, composed of mastoid cell, parenchyma cells and transmitting tissue.
但成熟果实中汁囊的薄壁细胞中几乎没有任何细胞器。
Almost no organelle were ever observed in the parenchyma cells of juice sac from mature fruit.
维管束由维管束鞘、木质部、韧皮部和大型薄壁细胞组成。
The vascular bundle consists of vascular bundle sheath, xylem, phloem and big parenchymatous cells.
其中以薄壁细胞为主，维管分子少量，分散在薄壁组织中；
Parenchyma cell is prominent in the secondary vascular tissue, and only small amount of vascular element is scattered in it.
结果表明，叶维管束内的大型薄壁细胞为芦荟素的主要贮存结构。
Results show that the large parenchymatous cells of vascular bundles are the mainly storage site of aloin.
这些蛋白质积累在韧皮薄壁细胞和韧皮射线细胞的中央大液泡里。
They were accumulated in the large central vacuoles of secondary phloem parenchyma cells and secondary phloem ray cells.
叶柄薄壁细胞存在晶体，叶柄的导管管径比较大，有大量的通气组织。
The crystals exist in parenchyma cells of its petioles. Its petioles have big vessels and much aerenchyma.
瘤组织中的薄壁细胞均增生肥大，木质部的垂直管胞发生变形且变短。
Parenchyma in gall tissues were observed to occur hypertrophy or hyperplasia, and vertical tracheids in gall xylem were short and abnormal in shape.
薄壁细胞向内生长的泡状物通过纹孔伸入相邻的管胞或导管形成的结构。
Tylose a bladder like ingrowth from a parenchyma cell into an adjacent tracheid or vessel through a paired pit.
开花时，花药壁由表皮和几层薄壁细胞以及径向壁纤维加厚的变形细胞组成。
At anthesis, the mature anther wall included epidermis and some layers of parenchymal cells and several layers of endothecium cells with an evidently thickened radial wall.
的翻译是：一个结构的六角形，瘦-薄壁细胞构成的蜜蜂的蜂蜡，蜂蜜和幼虫。
A structure of hexagonal, thin - walled cells constructed from beeswax by honeybees to hold honey and larvae.
同种黄芪随着生长，细胞后含物的含量逐渐增加；有效成分广泛积累在薄壁细胞。
With the growing of Astragalus the content of cell ergastic substance increases gradually, and the effective components accumulate widely in parenchyma cells.
接种相同时间，距离接种点较远部位的薄壁细胞相对较近部位的病变程度轻、数量少。
In the same time, the pathological changes degree of parenchymatous cells which far away inoculated dot were more gently than those were near.
次生结构发生于根毛区，维管形成层由初生木质部和初生韧皮部之间的薄壁细胞转化形成；
Secondary structure occurs in the root hair zone, and vascular cambium is formed from the parenchyma cells between the primary xylem and primary phloem;
厚壁细胞和薄壁细胞的细胞壁厚度减小，双折射也降低，并且细胞壁的分层现象变得不明显。
Reductions of cell wall thickness and birefringence were observed in both fiber (sclerenchyma) and parenchymal cells, together with blurring of the wall's layered structures.
研究发现，射线薄壁细胞的细胞核比较丰富，尤其以横卧射线细胞最明显，多呈圆形或椭圆形。
Nuclei are proved to be existing in them. It is found that nuclei in ray parenchyma cells are more common, with round or elliptical shape, esp.
据此，芦荟叶维管束内的大型薄壁细胞的来源与韧皮部相同，属于特化的韧皮部薄壁组织细胞。
So the aloin cells were special phloem parenchyma cells because they Shared the same origin with the other phloem cells.
轴向管胞之间、轴向管胞与射线薄壁细胞之间、轴向管胞与射线管胞之间，均有不同类型的纹孔对。
There are different types of pit-pair between the axial tracheids. the axial tracheid and the ray parenchyma, the axial tracheid and the ray tracheid.
轴向管胞之间、轴向管胞与射线薄壁细胞之间、轴向管胞与射线管胞之间，均有不同类型的纹孔对。
There are different types of pit-pair between the axial tracheids. the axial tracheid and the ray parenchyma , the axial tracheid and the ray tracheid.
筛分子（SE）与伴胞（CC）间、SE CC复合物之间、筛分子与韧皮薄壁细胞间缺少胞间连丝。
There was short of plasmodesma between SE and CC, between SE/CC complexes and between SEs and phloem parenchyma cells;
与木薄壁细胞相比，韧皮薄壁细胞贮藏大黄多糖量相对较多，大黄多糖的贮藏和积累方式为逐渐累积。
Rhubarb polysaccharide content is greater in phloem parenchyma than in xylem parenchyma. The mode of rhubarb polysaccharide production is gradual accumulation and storage.
韧皮薄壁细胞与木薄壁细胞相比，贮藏大黄多糖的含量相对较多，大黄多糖的贮藏积累方式为逐渐累积的方式。
Rhubarb polysaccharides content was greater in phloem parenchyma than in xylem parenchyma, the mode of rhubarb polysaccharide production was gradual storage and accumulation.
地下茎加粗过程中形成三生结构，其异常结构是由于次生韧皮部外侧发生的额外形成层所致，其起源于薄壁细胞；
The growth of hypogeal stem contain tri-growth, and the anomalous secondary growth is the result of supernumerary cambium that derived from the outmost elements of secondary phloem.
应用推荐