The N-terminal domain of this protein forms part of the cytoplasmic region of the protein, which may be the sensor domain responsible for sensing turgor pressure.
22.
The hoop stress equation for thin shells is also approximately valid for spherical vessels, including plant cells and bacteria in which the internal turgor pressure may reach several atmospheres.
23.
Sugars are actively loaded into the phloem and moved by a positive pressure flow created by solute concentrations and turgor pressure between xylem and phloem vessel elements ( specialized plant cells ).
24.
The subsporangial vesicle in Pilobolus fills with fluid, thereby creating turgor pressure that is released, launching the sporangium out towards the light, with the intent of landing on a plant.
25.
On a whole level, this is due to a force known as ( turgor pressure ) inside cells ) or negative ( water under tension in xylem; being pulled up ).
26.
Cytolysis does not occur under normal conditions in plant cells because plant cells have a strong cell wall that contains the osmotic pressure, or turgor pressure, that would otherwise cause cytolysis to occur.
27.
Following the initial invasive attachment and growth, biomass increase and turgor pressure from the expanding hyphae can promote the loosening of rock crystals, which will eventually fall off of the main rock formation.
28.
Vacuoles can also increase the size of the cell, which elongates as water is added, and they control the turgor pressure ( the osmotic pressure that keeps the cell wall from caving in ).
29.
This leads researchers to believe that beet leafhoppers are unable to use the natural turgor pressure of phloem sap in order to ingest fluid and may need to use muscles to actively draw sap from phloem.
30.
Turgor pressure also plays a key role in plant cell growth where the cell wall undergoes irreversible expansion due to the force of turgor pressure as well as structural changes in the cell wall that alter its extensibility.
