运输小泡

具有ATP酶活性的线粒体、内质网、高尔基体等细胞器和运输小泡、质膜、壁旁体等结构以及微管等细胞骨架系统一起参与了纤维细胞初生壁的形成。

The organelles as mitochondria , endoplasmic reticulums and Golgi bodies , and other substructures like transfer vesicles , plasmalemma and lomasome , and the cytoskeletal systems , were together involved in fiber primary wall formation .

分布于质膜、运输小泡和细胞核中的酸性磷酸酶（AcPase）参与了细胞壁原料的合成、运输和胞外分泌过程；

Also , the acid phosphatase ( AcPase ) distributed on the plasmalemma and transfer vesicles and nucleus of fiber could participate in the synthesis and transportation and exocytosis via vesicles of new cell wall materials .

运输小泡能够将可运输分子从内质网运输到高尔基复合体上。

Transport vesicles may carry exportable molecules from the endoplasmic reticulum to another membranous organelle , the Golgi complex .

在次生壁形成的整个过程中，在降解的细胞质、凝聚的染色质、纹孔和运输小泡膜上一直存在Ca2+。

During the secondary wall formation , Ca ~ ( 2 + ) persisted in the disintegrated cytoplasm , agglutinated chromatin and pit channel and transfer vesicles .

蛋白质通过质流和受体介导的途径运输到小泡中。

Protein import from the ER occurs via receptor-mediated protein transport or bulk flow .