不育系绒毡层细胞比可育系迟解体。
The tapetal cells of fertile line disintegrated earlier than those of sterile line.
当花粉成熟时，绒毡层细胞完全解体。
Tapetal cells degenerate completely when pollen grains reach maturity.
绒毡层细胞为腺质，二核。
四分体时期，绒毡层细胞内部结构开始解体。
In tetrad stage, the structures of tapetal cells begin to dissociate.
绒毡层细胞仲入小孢子母细胞之间形成“小梁”。
The tapetal cells invest in the sporogenous tissue and form "the Balken".
绒毡层细胞始终含丰富的DNA、RNA、蛋白质。
太谷麦不育株花药绒毡层细胞的发育进程和亚显微结构与可育株有明显的不同。
The ultrastructure of the tapetal layer in male sterile form showed a significantly different feature from that of the fertile form.
最内层的绒毡层细胞在小孢子时期开始解体，细胞质转变为脂滴，供花粉吸收。
The tapetal cells degenerated at microspore stage and its cytoplasm transform into lipids for the microspore absorbing.
空囊产生的主要途径：①四分体至单核早期绒毡层细胞体积发生明显的增大、液化；
The main pathways of causing empty anther sacs are obvious enlargement and liquidization of tapetum cells from tetrad to slope nucleus early period;
当花粉母细胞进行减数分裂时，花药绒毡层细胞和花粉母细胞中出现了许多的细小钙颗粒。
When microspore mother cell preparing meiosis, abundant calcium precipitates appeared in cytoplasm of tapetal cells and microspore mother cells, and in callus wall surrounding the cells.
在花药发育的第9-11阶段能够检测到基因的表达，并且主要是在绒毡层细胞表达，小孢子中也有较微弱表达。
OsC6 expression is mainly detectable in tapetal cells and weakly in microspores from stage 9 to stage 11 of anther development.
绒毡层的提前解体导致不育系花药的中层细胞不退化，为证明中层为绒毡层供给营养的假说提供了证据。
The middle layer cell won't degenerate when the tapetum disintegrates prematurely, This proves the hypothesis that the middle layer cells offer nutrients for the tapetum.
结合细胞形态学观察，药壁组织的绒毡层的发育与解体状况和花粉育性、氨基酸代谢有着密切关系。
Combining cell morphology, the growth and decline state of tapetum in anther wall tissue are closely related with pollen fertility and amino acid metabolism.
珠被内层细胞特化为珠被绒毡层。
Inner cells in the integument differentiated into integument tapeta.
绒毡层：维管植物花粉囊内包围孢子母细胞的富含营养物质的一层结构。
Tapetum (pl. tapeta) A food-rich layer surrounding the spore mother cells in the anthers of vascular plants.
单倍体花粉细胞由绒毡层提供营养发育。
The haploid pollen cells develop in the tapetal zone from spore mother cells.
单倍体花粉细胞由绒毡层提供营养发育。
The haploid pollen cells develop in the tapetal zone from spore mother cells.
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