Protein Precipitation with Filter Vials Video
Protein Precipitation
Thomson Filter Vials save multiple steps and
time by minimizing the handling of
samples. Older methods, which use
centrifugation, increase loss of samples by
having multiple transfer steps.
The Perfect 'Protein Crash' can be created by
mixing plasma, with the correct ratio of an
appropriate solvent, in a 6X-12X
dilution.
Thomson Filter Vials can by used by
adding different polar solvents to the plasma
containing the compound of interest. Most
people use Acetonitrile or Methanol, but
other solvents can suffice. We have PVDF,
PES, and Nylon membranes for performing a
'Protein Crash.' PVDF membranes seem to
be the most popular with minimal protein or
small molecule binding.
Thomson Filter Vials provide an optimized
solution for your 'Protein Crash.'
For more information please visit our website at htslabs.com
Thomson Filter Vials save multiple steps and
time by minimizing the handling of
samples. Older methods, which use
centrifugation, increase loss of samples by
having multiple transfer steps.
The Perfect 'Protein Crash' can be created by
mixing plasma, with the correct ratio of an
appropriate solvent, in a 6X-12X
dilution.
Thomson Filter Vials can by used by
adding different polar solvents to the plasma
containing the compound of interest. Most
people use Acetonitrile or Methanol, but
other solvents can suffice. We have PVDF,
PES, and Nylon membranes for performing a
'Protein Crash.' PVDF membranes seem to
be the most popular with minimal protein or
small molecule binding.
Thomson Filter Vials provide an optimized
solution for your 'Protein Crash.'
For more information please visit our website at htslabs.com
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