symplast


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sym·plast

(sim'plast),
A multinucleated cell that has formed by fusion of separate cells.
[sym- + G. plastos, formed]

symplast

that part of a plant consisting of the PLASMALEMMA and the cytoplasm contained within the plasmalemma, outside which is the APOPLAST (2). The symplastic organisation enables symplastic transport between live cells, via PLASMODESMATA.
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Founded in 2013 by a group of plastic surgeons, Symplast is the first complete, 100% mobile software solution designed specifically for the workflow of plastic surgery and aesthetic med spa practices.
Many important factors like osmotic pressure, interconnection between the conducting element and the leaf mesophyll via apoplast and symplast transport, water evaporation, and other physical phenomena are not taken into account in this model.
Symplast volume, turgot, stomatal conductance and growth in relation to osmotic and elastic adjustment in droughted sugarcane.
in stimulating P uptake due to its effect on root morphology and on soil P solubility as well as to its specific influence on the transfer of P across the root symplast (Riley and Barber 1971 ; Leonce and Miller 1966).
It is stored as starch in the network of living cell contents in the xylem called the symplast.
One of the Al tolerance mechanisms in plants is through the inhibition of trivalent Al ions accumulation in the symplast and/or minimized the interaction between Al and the cell wall and/or plasma membrane or other target in the apoplast.
These metals pass through the root cell membrane to the symplast, then metals could be passed to the vacuoles, (where their degradation occurs by enzymes) by membrane metal transporters, and could be deposited there with the help of special metal-binding proteins called metallothioneins.
It diminishes the transport of Mn from the roots to the shoots with strong connection of Mn to the cell wall; reducing its concentration in the symplast and the lipid peroxidation of the membrane (LIANG et al.
Cellular sequestration of Cd or Pb might have a large effect on the levels of free Cd or Pb in the symplast and, thus, can potentially influence movement of Cd or Pb throughout the plant.
Symplast volume, turgor, stomatal conductance and growth in relation to osmotic and elastic adjustment in droughted sugarcane.
Within the symplast, the synthesis of aluminum-binding proteins was suggested by Aniol (1984).
The accumulated solutes in the cytosol also allow the maintenance of symplast (Gupta and Berkowitz, 1987) and chloroplast (Robinson, 1987) volumes under water deficit.