plasmodesmal

与plasmodesmal相关的网络例句 [注：此内容来源于网络，仅供参考]

The high plasmodesmal SEL in some tissues and the change of plasmodesmal SEL during development might play an important role in the regulation of development.

某些组织中胞间连丝很高的SEL和发育过程胞间连丝SEL的变化可能在植物发育调控中有重要作用。

This paper summarizes the recent progress in studies on the plasmodesmatal diversity, the regulation of plasmodesmal SEL, the plasmodesmal macromolecule trafficking and the symplasmic domains in relation to plant morphogenesis and dormancy, etc.

本文仅就胞间连丝结构的多样性；胞间通道的调节因子；大分子蛋白质和核酸的胞间运输；胞间连丝阻断和共质体分区的形成及其与形态发生、休眠和抗逆性的关系等几个方面的新进展做一个简要的综述，借此例证胞间连丝在植物生命活动中的重要意义。

This observation provided a strong support to the point that most leaves export the most of assimilates in the light time. Plasmodesmal densities between SE/CC, CC/PP, PP/PP and PP/BSC (bundle-sheath cell) decreased in weak light. Plasmodesmata were observed between CC/SE (nacreous-walled sieve element), PP/BSC in branch veins in normal light intensity, but not in weak light. Thus apoplasmic pathway may be the main mode of transport of assimilates in weak light, however symplasmic pathway may be the main mode of transport of assimilates in normal light intensity.

在筛管/伴胞、伴胞/韧皮薄壁细胞、韧皮薄壁细胞/韧皮薄壁细胞和韧皮薄壁细胞/维管束鞘细胞之间的胞间连丝密度都在弱光条件下下降，在正常光照强度下支脉筛管/伴胞和韧皮薄壁细胞/维管束鞘细胞之间可以观察到胞间连丝，而在弱光下几乎观察不到胞间连丝的存在，所以同化物的运输在弱光条件下可能以质外体运输为主，而在正常光照强度下，共质体运输可能是主要的运输方式。