plasmodesma

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plas·mo·des·ma

 (plăz′mə-dĕz′mə) also plas·mo·desm (plăz′mə-dĕz′əm)
n. pl. plas·mo·des·ma·ta (-mə-tə) or plas·mo·des·mas also plas·mo·desms
A strand of cytoplasm that passes through openings in cell walls and connects the protoplasts of adjacent living plant cells.

[plasmo- + Greek desma, bond (from dein, to bind).]

plasmodesma

(ˌplæzməˈdɛzmə) or

plasmodesm

n, pl -desmata (-ˈdɛzmətə) or -desms
(Botany) botany any of various very fine cytoplasmic threads connecting the cytoplasm of adjacent cells via minute holes in the cell walls
[C20: from plasmo- + Greek desma bond]

plas•mo•des•ma

(ˌplæz məˈdɛs mə)

n., pl. -ma•ta (-mə tə)
any of many minute strands of cytoplasm that extend through plant cell walls and connect adjoining cells.
[< German (1901) < Greek plasmo- plasmo- + désma bond, fetter]
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References in periodicals archive ?
When plants are exposed to HM (Al, Cd, Cu etc.), they accumulate callose at plasmodesmata causing alteration in their permeability (De Storme and Geelen, 2014).
Graft union formation and cell-to-cell communication via plasmodesmata in compatible and incompatible stem unions ofPrunus spp.
This hypothesis is supported by evidence observed from the study of sap collected from the xylem of sugarcane stems, which was very close with the phloem (Welbaum et al., 1992), moreover, it was observed that a fluorescent dye loaded into leaves is unloaded in the phloem of stem and move symplastically via plasmodesmata into the stem parenchyma cells (Rae et al., 2005).
Outside the nucleus TGBp1L88 was demonstrated to reside at the cell wall as small punctate aggregates, which suggests its association with plasmodesmata. On the contrary, TGBp1P88 was diffusely distributed throughout the cytoplasm.
Changes in the occurrence and ultrastructure of plasmodesmata in antheridia of Chara vulgaris L., during different stages of spermatogenesis.
###Virion strand###BC1###Nuclear shuttle protein Need to alter the structure of plasmodesmata by accelerating
ROS has been associated with both increased and decreased intercellular transport via plasmodesmata [9].
The main characteristics that distinguish members of the order Trentepohliales from other green chlorophycean algae are as follows: differentiated reproductive cells; the presence of [beta]-carotene and haematochrome (i.e., astaxanthin), which color the algal thallus yellow, orange, or red; the absence of a pyrenoid in the chloroplasts; unique flagellar apparatus; and transverse cell walls with plasmodesmata.