Triton® X-100

  • Protocol, Manual or Handbook Protocol MSDS, Material safety data sheet MSDS CofA, Certificate of Analysis Certificate of Analysis
  • Catalog
  • Description
  • Size
  • Price
  • Action
  • Shipping Condition
  • Files
  • DG007

  • Triton® X-100, 10% Solution

  • 5 x 10ml vials
  • $83.00
  •   Add to Cart
  • Ambient
  • MSDS, Material safety data sheet
  • DG008

  • Triton® X-100, 10% Solution

  • 10 x 10ml vials
  • $159.00
  •   Add to Cart
  • Ambient
  • MSDS, Material safety data sheet
  • DG507

  • Triton® X-100, 10% solution

  • 50ml bottle
  • $72.00
  •   Add to Cart
  • Ambient
  • MSDS, Material safety data sheet
  • DG517

  • Triton® X-100, 10% solution

  • 100ml bottle
  • $142.00
  •   Add to Cart
  • Ambient
  • MSDS, Material safety data sheet
  • 786-513

  • Triton® X-100

  • 500ml
  • $25.00
  •   Add to Cart
  • Room Temperature
  • Protocol, Manual or Handbook MSDS, Material safety data sheet
  • 786-514

  • Triton® X-100

  • 1L
  • $48.00
  •   Add to Cart
  • Room Temperature
  • MSDS, Material safety data sheet

Type: Non-ionic Detergent
 
Full Name: Octylphenolpoly(ethyleneglycolether)x
 
Molecular Formula: C34H62O11 for x=10
 
Mol Weight: 647 (for x=10)
 
Absorbance (254nm): 0.16 (0.05% w/v)
 
Critical micelle concentration (CMC):  approx 0.2x10-3M (25°C)
 
Aggregation number: 100-155
 
Cloud Point: 65°C
 
Average micellar weight: 80,000
 
The Proteomic Grade Solutions (DG007, DG008, DG507, DG517) have ultra low aldehyde (<100µM) and peroxide (<50µM) concentrations to reduce the effects of peroxidase and carbonyl compounds that negatively interact with membrane proteins.
Additional Images

  • figure-1
APPLICATIONS

    • One of the most commonly used non-ionic detergents for solubilizing membrane proteins during isolation of membrane-protein complexes.
    • The Proteomic Grade Solutions (DG007, DG008, DG507, DG517) have ultra low aldehyde (<100µM) and peroxide (<50µM) concentrations to reduce the effects of peroxidase and carbonyl compounds that negatively interact with membrane proteins.