Triton X-100: Difference between revisions

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[[Image:200px-Triton X-100.png|thumb|200px|Structure of Triton X-100]]
[[Image:200px-Triton X-100.png|thumb|200px|Structure of Triton X-100]]


'''Triton''' (full name Triton X-100) is a common, nonionic detergent used for solubilisation, permeabilisation, and lysis.
'''Triton''' (full name Triton X-100) is a common, nonionic detergent used for solubilisation, permeabilisation, and lysis.


 
== Storage/Stability ==
from the Pierce instructions manual [http://www.piercenet.com/files/0084dh4.pdf]:
* store at room temperature protected from bright light
* susceptible to autoxidation upon exposure to air. After opening, store the unused solution sealed in an air-tight vial containing minimal air space or from which the air has been purged with nitrogen gas. A
* addition of EDTA and butylated hydroxytoluene will help to prevent oxidation. Use 1 mole of butylated
hydroxytoluene per 500 moles of detergent to prevent autoxidation
== See also ==
== See also ==
* Triton in protein solubilisation - [[Drummond:Solubility]], [[Knight:Protein solubility]]
* Triton in protein solubilisation - [[Drummond:Solubility]], [[Knight:Protein solubility]]

Revision as of 11:32, 14 October 2008

Structure of Triton X-100

Triton (full name Triton X-100) is a common, nonionic detergent used for solubilisation, permeabilisation, and lysis.

Storage/Stability

from the Pierce instructions manual [1]:

  • store at room temperature protected from bright light
  • susceptible to autoxidation upon exposure to air. After opening, store the unused solution sealed in an air-tight vial containing minimal air space or from which the air has been purged with nitrogen gas. A
  • addition of EDTA and butylated hydroxytoluene will help to prevent oxidation. Use 1 mole of butylated

hydroxytoluene per 500 moles of detergent to prevent autoxidation

See also

External links