Turgor pressure

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Turgor pressure is the osmotic pressure in plant cells, [[Bacteria|bacteria]], fungi and some [[Protists|protists]] which is casued by the movement of water into the cell by [[Osmosis|osmosis]]. This subsequently causes the [[Plasma membrane|plasma membrane]] and [[Vacuole|vacuole]] to be pushed against the [[Cell wall|cell wall]]. The cell does not burst as the cell wall is strong enough to withstand the increase in pressure. In contrast to this, animal cells may burst (lysis) as their cells do not contain a cell wall <ref>Lodish H et al., 2012, Molecular Cell Biology, p481, 7th edition, New York: W.H Freeman and Company</ref>.<br>
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Turgor pressure is the [[osmotic pressure|osmotic pressure]] in [[Plant_cell|plant cells]], [[Bacteria|bacteria]], [[fungi|fungi]] and some [[Protists|protists]] which is casued by the movement of [[water|water]] into the cell by [[Osmosis|osmosis]]. This subsequently causes the [[Plasma membrane|plasma membrane]] and [[Vacuole|vacuole]] to be pushed against the [[Cell wall|cell wall]]. The cell does not burst as the cell wall is strong enough to withstand the increase in pressure. In contrast to this, animal cells may burst ([[lysis|lysis]]) as their cells do not contain a cell wall <ref>Lodish H et al., 2012, Molecular Cell Biology, p481, 7th edition, New York: W.H Freeman and Company</ref>.<br>  
  
 
=== References  ===
 
=== References  ===
  
 
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Latest revision as of 20:05, 20 October 2016

Turgor pressure is the osmotic pressure in plant cells, bacteria, fungi and some protists which is casued by the movement of water into the cell by osmosis. This subsequently causes the plasma membrane and vacuole to be pushed against the cell wall. The cell does not burst as the cell wall is strong enough to withstand the increase in pressure. In contrast to this, animal cells may burst (lysis) as their cells do not contain a cell wall [1].

References

  1. Lodish H et al., 2012, Molecular Cell Biology, p481, 7th edition, New York: W.H Freeman and Company

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